CUET 2026 Physical Education May 24 Shift 2 Question Paper- Download Answer Key and Solution PDF

Concept:
Balance is an essential motor fitness component categorized into static balance and dynamic balance.
Dynamic balance refers to the ability of an athlete to maintain postural equilibrium and bodily control during continuous movement or jumping from one point to another.

Step 1: Analyzing the Diagram Layout:
The layout shows 10 distinct landing stations or tape marks laid out in an alternating zigzag pattern on the floor.
The dimensions specified along the course include distances of \(30''\), \(60''\), and a width of \(15''\), with an initial starting mark.
The performer must execute dynamic hops landing sequentially from mark 1 through mark 10 on the ball of the designated foot and hold each position steadily for 5 seconds.

Step 2: Identifying the Specific Fitness Test:
This specific station course corresponds directly to the Modified Bass Test of Dynamic Balance.
The original Bass Test was modified to evaluate the ability to navigate across fixed points while executing single-leg hops and maintaining balance without letting the heel touch the floor or moving off the tape.

Step 3: Differentiating Other Balance and Agility Tests:
The SEMO Agility Test uses a rectangular basketball court setup to evaluate agility through side-stepping and back-pedaling.
The Shuttle Run measures agility and acceleration by running back and forth between two parallel lines placed 10 meters or 30 feet apart.
The Flamingo Balance Test assesses static balance while standing on a narrow beam on one leg for one minute.

Final Answer:
Therefore, the correct answer is (C) Modified Bass Test.

Concept:
Inclusive physical education aims to integrate students of all ability levels, including Children with Special Needs (CWSN), into mainstream physical activities.
A primary pedagogical strategy in inclusive environments is the progressive structuring of motor tasks to ensure participation, safety, and confidence.

Step 1: Understanding Graded Activities:
Graded activities refer to tasks that are carefully arranged according to their level of difficulty, cognitive demand, and neuromuscular coordination.
The core principle of motor learning states that individuals should first master fundamental movement patterns before attempting specialized or complex movement combinations.

Step 2: Progression Principle in Adapted Physical Education:
In an inclusive physical education setup, activities must begin with basic, simple, and low-risk movements that ensure a high initial success rate for all participants.
Once foundational motor competency is established, instructors progressively introduce greater task complexity, equipment variations, and dynamic constraints.
Thus, the pedagogical progression must strictly flow from simple activities to complex activities.

Step 3: Evaluating the Incorrect Options:
Introducing complex activities directly or only offering challenging tasks causes frustration, heightened risk of injury, and alienation of learners with lower motor competency.
Progressing from complex to simple contradicts established instructional design principles.

Final Answer:
Therefore, the correct answer is (C) Simple activities to complex activities.

Concept:
Macronutrients serve as the body’s primary dietary sources of metabolic energy.
The three main energy-yielding macronutrients are carbohydrates, proteins, and fats (lipids), each having a distinct physiological fuel value per unit mass.

Step 1: Analyzing the Caloric Density of Macronutrients:
Energy released from food during metabolism is quantified using Atwater general factors.
These values represent the biologically available energy per gram of nutrient upon complete cellular oxidation:
\(\bullet\) Carbohydrates provide approximately \(4\text{ kcal/g}\).
\(\bullet\) Proteins provide approximately \(4\text{ kcal/g}\).
\(\bullet\) Fats provide approximately \(9\text{ kcal/g}\).

Step 2: Why Fats Provide Greater Energy:
Fats are composed of triglycerides containing long hydrocarbon chains.
Because lipid molecules are in a substantially more chemically reduced state compared to carbohydrates and proteins, their complete oxidative phosphorylation yields significantly more ATP.
Hence, fats represent the most energy-dense macronutrient, yielding \(9\text{ Kcal/g}\).

Final Answer:
Therefore, the correct answer is (D) 9 Kcal/g.

Concept:
Nutritional requirements are broadly divided into macronutrients and micronutrients based on the quantitative daily amounts required by the human body.
Macronutrients are required in substantial amounts (tens to hundreds of grams), while micronutrients are required in small amounts (milligrams to micrograms).

Step 1: Quantifying Daily Intake of Each Nutrient:
1. Carbohydrates (A): Represent the primary fuel source for bodily metabolism, typically comprising \(55\%\) to \(65\%\) of daily energy intake, corresponding to \(300\text{ g}\) to \(400\text{ g/day}\).
2. Protein (B): Essential for cellular repair, enzymatic action, and muscle hypertrophy, recommended at roughly \(0.8\text{ g}\) to \(1.2\text{ g}\) per kg body weight, corresponding to \(50\text{ g}\) to \(80\text{ g/day}\).
3. Calcium (C): A macromineral necessary for bone matrix structural integrity and neuromuscular function, requiring approximately \(1000\text{ mg}\) to \(1200\text{ mg/day}\) (\(1.0\text{ g}\) to \(1.2\text{ g/day}\)).
4. Iodine (D): A trace micromineral required for thyroid hormone production, needing only about \(150\ \mu\text{g/day}\) (\(0.00015\text{ g/day}\)).

Step 2: Arranging in Decreasing Order:
Comparing the quantitative masses:
\[ \text{Carbohydrates } (\sim 350\text{ g}) > \text{Protein } (\sim 60\text{ g}) > \text{Calcium } (\sim 1\text{ g}) > \text{Iodine } (\sim 0.00015\text{ g}) \] This corresponds directly to the sequence: (A), (B), (C), (D).

Final Answer:
Therefore, the correct answer is (A) (A), (B), (C), (D).

Concept:
In traditional yogic practices, ‘Bandhas’ are energetic neuromuscular locks used to channel and direct prana (vital life energy).
The three primary locks are Mula Bandha (perineal lock), Uddiyana Bandha (abdominal lock), and Jalandhara Bandha (throat lock).

Step 1: Understanding Uddiyana Bandha Technique:
Uddiyana Bandha translates to the “upward abdominal lock”.
The correct procedure involves:
1. Sitting in a comfortable meditative posture such as Padmasana or Siddhasana.
2. Exhaling completely and forcibly through the mouth to empty the lungs entirely of residual air (bahir kumbhaka).
3. Pulling the abdominal wall inward toward the lumbar spine and upward into the thoracic cavity under the ribs without inhaling.

Step 2: Identifying the Throat Contraction:
Contracting the throat and pressing the chin tightly down onto the jugular notch or chest constitutes Jalandhara Bandha (the chin/throat lock), not Uddiyana Bandha.
While Mahabandha combines all three locks together, in the isolated execution of Uddiyana Bandha, contracting the throat and bringing the chin to the chest is not a component of the abdominal manipulation itself.

Final Answer:
Therefore, the correct answer is (A) Contract the throat and bring the chin to the chest.

Concept:
Pranayama involves the conscious control and regulation of breath through inhalation (puraka), retention (kumbhaka), and exhalation (rechaka).
Different pranayama practices produce distinct physiological effects through mechanical variations in airflow.

Step 1: Analyzing the Mechanism of Ujjayi Pranayama:
Ujjayi Pranayama, commonly termed the “Victorious Breath” or “Oceanic Breath”, is characterized by the conscious, partial constriction of the glottis in the laryngeal region during both inhalation and exhalation.
This constriction creates resistance to airflow, generating a soft, rhythmic, ocean-like whispering or hissing sound at the throat.

Step 2: Evaluating Other Breathing Techniques:
\(\bullet\) Bhramari: Involves making a humming sound mimicking a bumblebee predominantly during exhalation with the mouth closed.
\(\bullet\) Sheetali: Involves drawing air in through a rolled, tubed tongue protruding between the lips, providing a cooling effect.
\(\bullet\) Nadi Shodhan: Alternate nostril breathing performed smoothly, silently, and without laryngeal constriction or audible throat friction.

Step 3: Conclusion:
The partial closure of the glottis during inhalation to create a friction sound is the hallmark of Ujjayi Pranayama.

Final Answer:
Therefore, the correct answer is (D) Ujjayi.

Concept:
In Hatha Yoga, the Shatkarmas are six internal cleansing actions (shuddhi kriyas) designed to balance the bodily humors (doshas) and cleanse internal organs prior to deeper pranayama and meditation.

Step 1: Understanding Kapalbhati:
Kapalbhati is derived from two Sanskrit words: ‘Kapal’ (skull/forehead) and ‘Bhati’ (shining or illuminating).
Technically classified as a shatkarma, it involves active, forceful, and rapid contractions of the abdominal muscles and diaphragm during exhalation, paired with passive, automatic inhalations.
This rapid diaphragmatic action increases oxygenation, expels stale carbon dioxide, and invigorates respiratory function.

Step 2: Evaluating the Other Shatkarmas:
\(\bullet\) Tratak: Steady, unblinking gazing at a fixed single point or candle flame to cleanse the eyes and improve mental concentration.
\(\bullet\) Neti: Nasal cleansing practice using water (Jala Neti) or thread/catheter (Sutra Neti) to clear the nasal passages.
\(\bullet\) Dhauti: Cleansing technique for the upper digestive tract using cloth (Vastra Dhauti) or salt water (Vamana Dhauti).

Step 3: Conclusion:
Forceful and rapid diaphragmatic breathing specifically defines Kapalbhati.

Final Answer:
Therefore, the correct answer is (C) Kapalbhati.

Concept:
Surya Namaskar (Sun Salutation) is a classical sequence consisting of 12 distinct postural movements performed in a continuous rhythmic cycle linked with breathing patterns.

Step 1: Step-by-Step Breakdown of Surya Namaskar:
1. Step 1: Pranamasana (Prayer pose)
2. Step 2: Hastauttanasana (Raised arms pose)
3. Step 3: Padahastasana / Pada Hastottanasana (Hand to foot pose / forward fold)
4. Step 4: Ashwa Sanchalanasana (Equestrian pose)
5. Step 5: Dandasana / Parvatasana (Plank / Mountain pose)
6. Step 6: Ashtanga Namaskara (Salute with eight limbs)
7. Step 7: Bhujangasana (Cobra pose)
8. Step 8: Parvatasana (Mountain pose)
9. Step 9: Ashwa Sanchalanasana (Equestrian pose)
10. Step 10: Padahastasana / Pada Hastottanasana (Hand to foot pose)
11. Step 11: Hastauttanasana (Raised arms pose)
12. Step 12: Pranamasana (Prayer pose)

Step 2: Identifying the Targeted Steps:
Padahastasana (often called Pada-hastottanasana in standardized physical education curricula) involves folding forward from the hips to touch the hands beside the feet.
This forward bend occurs precisely at Step 3 in the descending phase and is mirrored symmetrically at Step 10 during the ascending return phase.

Final Answer:
Therefore, the correct answer is (B) 3rd and 10th steps.

Concept:
Numerous classical yogic asanas are named after nature and animals, replicating their posture, physical attributes, or energetic presence to obtain specific biomechanical and physiological benefits.

Step 1: Understanding Simhasana:
The term Simhasana is formed from the Sanskrit words ‘Simha’, meaning lion, and ‘Asana’, meaning posture or seat.
In this posture, the practitioner kneels in Vajrasana or cross-legged with wrists turned backward resting on the knees, fingers spread out like claws.
The practitioner opens the mouth wide, extends the tongue toward the chin, gazes toward the eyebrow center (Bhrumadhya Drishti), and forcefully exhales making a roar-like sound.

Step 2: Animal Postures Comparison:
\(\bullet\) Lion: Simhasana (Lion Pose).
\(\bullet\) Cobra: Bhujangasana (from ‘Bhujanga’ meaning serpent or cobra).
\(\bullet\) Rabbit: Shashankasana (from ‘Shashank’ meaning hare or rabbit).
\(\bullet\) Frog: Mandukasana (from ‘Manduka’ meaning frog).

Final Answer:
Therefore, the correct answer is (A) Lion.

Concept:
Asanas in physical education and yoga are categorized systematically based on the initial body position or orientation with respect to gravity:
1. Standing postures (erect anatomical position).
2. Sitting postures (grounded through pelvis/knees).
3. Prone postures (lying flat on the abdomen).
4. Supine postures (lying flat on the back).

Step 1: Classifying Each Asana:
\(\bullet\) A. Padahastasana (Padhatasana): A standing forward bend executed with feet together, categorized as a Standing posture.
\(\bullet\) B. Ustrasana (Camel Pose): Practiced from a kneeling/sitting foundation arching backward, classified as a Sitting/Kneeling posture.
\(\bullet\) C. Sarvangasana (Shoulder Stand): Performed by elevating the entire trunk and legs vertically while balancing on the shoulders and upper back from a supine lying start, classified as a Supine posture.
\(\bullet\) D. Shalabhasana (Locust Pose): Performed by lying face down flat on the stomach and elevating the legs and pelvis, classified as a Prone posture.

Step 2: Arranging According to the Given Sequential Requirement:
\(\bullet\) 1. Standing: A (Padahastasana)
\(\bullet\) 2. Sitting: B (Ustrasana)
\(\bullet\) 3. Prone-line: D (Shalabhasana)
\(\bullet\) 4. Supine-line: C (Sarvangasana)
This establishes the sequence: A, B, D, C.

Final Answer:
Therefore, the correct answer is (B) A, B, D, C.

Concept:
Diseases are epidemiologically classified into communicable (infectious) and non-communicable (chronic/degenerative) diseases:
\(\bullet\) Communicable diseases are transmitted from one person to another directly or through biological vectors, contaminated droplets, water, or food.
\(\bullet\) Non-communicable diseases (NCDs) cannot be transmitted between individuals; they develop due to genetic predisposition, degenerative joint wear, lifestyle choices, or chronic physiological dysfunction.

Step 1: Evaluating the Disease Profiles:
\(\bullet\) Arthritis: A chronic inflammatory or degenerative disorder of the synovial joints (e.g., osteoarthritis, rheumatoid arthritis) that is entirely non-infectious and cannot spread from one individual to another. Hence, it is a non-communicable disease.
\(\bullet\) Malaria: A communicable parasitic infection caused by protozoa of the genus Plasmodium and transmitted by the female Anopheles mosquito.
\(\bullet\) Dengue: An acute communicable viral infection transmitted between humans through the bites of infected female Aedes aegypti mosquitoes.
\(\bullet\) Influenza: A highly infectious viral respiratory illness transmitted through airborne aerosols, droplets, and personal contact.

Final Answer:
Therefore, the correct answer is (A) Arthritis.

Concept:
The World Health Organization (WHO) defines adolescence as the critical developmental phase between ages 10 and 19 years.
It marks the transition from childhood dependency into biological and psychological adulthood, involving rapid physiological, neurodevelopmental, and social evolution.

Step 1: Analyzing Developmental Milestones of Adolescence:
According to developmental psychology and WHO frameworks, the primary adolescent milestones include:
1. Pubertal Changes: Rapid somatic growth along with the appearance and maturation of secondary sexual characteristics.
2. Reproductive Maturation: Attainment of fertility, menarche in females, and spermarche in males.
3. Identity Exploration: Differentiation of self-identity, emergence of personal independence, abstract cognitive reasoning, and testing differential roles separate from the nuclear family.

Step 2: Differentiating Adolescent vs. Adult Identity:
Adolescents explore and form an evolving sense of self and differentiate their identity from parents and peers.
However, the stabilization and concrete emergence of a fully integrated, mature adult identity occurs during late adolescence and emerging adulthood (typically beyond age 20 to 25).
Thus, the consolidation of a finalized adult identity is an accomplishment of adulthood rather than a milestone completed within the adolescent phase itself.

Final Answer:
Therefore, the correct answer is (D) Adult identity develops.

Concept:
Participation in structured physical activity offers multidimensional benefits for Children with Special Needs (CWSN).
These benefits are grouped into physiological, motor, social, and psychological domains.

Step 1: Classifying the Given Benefits:
\(\bullet\) Improved gross motor skills: Belongs to the physical/motor domain, involving movement coordination, locomotion, and balance.
\(\bullet\) Prevention of obesity: Belongs to the physiological/health domain, relating to body composition, metabolic expenditure, and cardiovascular health.
\(\bullet\) Developing social skills: Belongs to the social domain, enhancing interpersonal communication, sharing, teamwork, and friendship building.
\(\bullet\) Reduced anxiety, stress, and depression: Operates within the psychological/emotional domain, directly impacting emotional equilibrium, mental resilience, self-concept, and affect regulation.

Step 2: Identifying the Psychological Advantage:
Physical activity stimulates the release of neurochemicals such as endorphins, dopamine, and serotonin.
This neurochemical activity reduces cortisol levels and alleviates symptoms of chronic anxiety, stress, and depression.
Thus, reducing anxiety, stress, and depression is the direct psychological advantage.

Final Answer:
Therefore, the correct answer is (C) Reduced anxiety, stress and depression.

Concept:
Blood pressure is the lateral hydrostatic force exerted by circulating blood against the internal walls of the major systemic arterial vessels.
It is conventionally expressed in terms of systolic pressure (during ventricular contraction) and diastolic pressure (during ventricular relaxation).

Step 1: Clinical Definition of Hypertension:
The prefix ‘hyper-’ denotes elevated, excessive, or above normal, while ‘tension’ refers to arterial pressure.
Clinically, hypertension is diagnosed when resting arterial systolic blood pressure is persistently \(\ge 140\text{ mmHg}\) and/or diastolic blood pressure is persistently \(\ge 90\text{ mmHg}\).
Thus, hypertension denotes abnormally and chronically elevated blood pressure.

Step 2: Evaluating the Other Medical Terms:
\(\bullet\) Normal blood pressure: Approximately \(120/80\text{ mmHg}\) in a healthy resting adult.
\(\bullet\) Decreased blood pressure: Termed hypotension (systolic pressure \(< 90\text{ mmHg}\) or diastolic \(< 60\text{ mmHg}\)).
\(\bullet\) Increased respiratory rate: Known medically as tachypnea, an elevation in breathing frequency rather than arterial vascular pressure.

Final Answer:
Therefore, the correct answer is (B) Abnormally elevated blood pressure.

Concept:
Nutritional interventions in school settings enhance physical growth, cognitive focus, school attendance, and learning capacity among children.
The Mid-Day Meal Scheme is one of the world’s largest school feeding programs designed to tackle childhood malnutrition and promote universal primary education.

Step 1: Historical Timeline of the Scheme:
The National Programme of Nutritional Support to Primary Education (NP-NSPE), widely recognized as the Mid-Day Meal Scheme, was officially launched across India by the central government on 15th August 1995.

Step 2: Evolution and Objectives of the Program:
The program was instituted to:
1. Enhance the nutritional status of primary school students.
2. Improve school enrollment, retention, and regular attendance among disadvantaged socioeconomic groups.
3. Foster social integration among children from diverse backgrounds.
Initially, food grains were distributed directly; following a landmark 2001 Supreme Court directive, it transitioned into providing fully cooked hot meals providing at least 300 calories and 8–12 grams of protein per school day.

Final Answer:
Therefore, the correct answer is (C) 15 August 1995.

Concept:
Minerals are inorganic elements essential for diverse biological mechanisms, ranging from physiological electrochemical signaling to structural bone mineralization and oxygen transport.

Step 1: Matching Minerals to Their Respective Functions:
1. Potassium (\(\text{K}^+\)): Acts as the primary intracellular cation responsible for generating resting membrane potential and facilitating depolarization during action potential propagation (B: Needed for Nerve transmission).
2. Calcium (\(\text{Ca}^{2+}\)): Combines with phosphate to form hydroxyapatite crystals, providing tensile and structural strength to skeletal structures and enamel (D: Important for Healthy Teeth).
3. Iron (\(\text{Fe}\)): Serves as the active central coordination ion within heme groups of hemoglobin and myoglobin, binding molecular oxygen reversibly (C: Carries oxygen to every cell of the body).
4. Copper (\(\text{Cu}\)): A vital cofactor in ceruloplasmin and hephaestin, enzymes essential for the oxidation of ferrous iron (\(\text{Fe}^{2+}\)) to ferric iron (\(\text{Fe}^{3+}\)), enabling cellular uptake and systemic mobilization (A: Needed for Iron metabolism).

Step 2: Formulating the Sequential Order:
Following the specified order of Potassium, Calcium, Iron, and Copper gives:
\[ \text{Potassium} \rightarrow \textbf{B}, \quad \text{Calcium} \rightarrow \textbf{D}, \quad \text{Iron} \rightarrow \textbf{C}, \quad \text{Copper} \rightarrow \textbf{A} \] Thus, the correct matching sequence is B, D, C, A.

Final Answer:
Therefore, the correct answer is (A) B, D, C, A.

Concept:
Motivation in sports psychology encompasses intrinsic and extrinsic factors that energize, direct, and sustain athletic behavior and performance.
Coaches employ specific approaches and applied techniques to systematically optimize athlete drive and engagement.

Step 1: Analyzing the Approaches and Techniques:
\(\bullet\) A. Cognitive Approach: Involves intellectual assessment, reflection, self-evaluation, and goal perception. Systematic feedback and formal Performance appraisals (II) allow athletes to critically analyze their achievements and refine cognitive targets.
\(\bullet\) B. Pedagogical Approach: Centered on teaching methodologies and instructional design. A key instructional strategy is to design structured drills and Make tasks Specific (I) to clearly define expectations.
\(\bullet\) C. Social Support Strategy: Utilizes the social environment, interpersonal relationships, Social networking and perception of people around them (III) to build a strong motivational ecosystem.
\(\bullet\) D. Facilitation Approach: Focuses on creating an engaging, low-anxiety, and intrinsically rewarding climate, which is directly achieved through Fun-based Training (IV).

Step 2: Matching the Pairs:
\(\bullet\) A \(\rightarrow\) II
\(\bullet\) B \(\rightarrow\) I
\(\bullet\) C \(\rightarrow\) III
\(\bullet\) D \(\rightarrow\) IV
This corresponds to option (B).

Final Answer:
Therefore, the correct answer is (B) A-II, B-I, C-III, D-IV.

Concept:
Track and Field facilities are strictly governed by standardized technical specifications laid out by World Athletics (formerly IAAF) to guarantee uniform competitive conditions.

Step 1: Standard Track Lane Dimensions:
According to World Athletics Technical Rules:
1. A standard outdoor running track consists of two parallel straights and two bends with equal radii, having a total running inner perimeter of exactly \(400\text{ m}\).
2. The standard width of each individual lane is officially designated as \(1.22\text{ m} \pm 0.01\text{ m}\) (historically specified up to \(1.25\text{ m}\) in older tracks).
3. Hence, the official standard width of a lane ranges between \(1.22\text{ m}\) and \(1.25\text{ m}\).

Step 2: Evaluating Line Markings:
All lanes are bounded on each side by white lines of width \(5\text{ cm}\).
The width of the lane includes the white boundary line on the runner’s right-hand side.
Options indicating values around \(1.40\text{ m}\) or \(2.00\text{ m}\) are incorrect for standard synthetic athletic tracks.

Final Answer:
Therefore, the correct answer is (D) 1.22 m to 1.25 m.

Concept:
Relay races (such as the \(4 \times 100\text{ m}\) and \(4 \times 400\text{ m}\) events) require passing a hollow tube called a baton between successive runners within designated exchange zones under World Athletics regulations.

Step 1: Technical Specifications of the Relay Baton:
World Athletics Rule TR24.5 mandates exact specifications for relay batons:
1. Structure: The baton must consist of a smooth, hollow, one-piece tube made of wood, metal, or other rigid material.
2. Length: The length of the baton must be between \(28\text{ cm}\) and \(30\text{ cm}\) (\(280\text{ mm}\) to \(300\text{ mm}\)).
3. Circumference: Its outer circumference must be between \(12\text{ cm}\) and \(13\text{ cm}\) (\(120\text{ mm}\) to \(130\text{ mm}\)).
4. Weight: Its weight must not be less than \(50\text{ grams}\).

Step 2: Conclusion:
The prescribed length of a relay baton is strictly within the range of \(28\text{--}30\text{ cm}\).

Final Answer:
Therefore, the correct answer is (C) 28-30 cm.

Concept:
In track and field throwing events, athletes initiate their movement patterns within specially designed circles surrounded by an iron or steel rim sunken level with the surrounding ground.

Step 1: Analyzing Throwing Circle Dimensions:
World Athletics specifications establish distinct circle diameters for throwing events:
\(\bullet\) Shot Put and Hammer Throw circles: Both use a throwing circle with an internal diameter of \(2.135\text{ m}\) (\(7\text{ feet}\)).
\(\bullet\) Discus Throw circle: Because rotational footwork requires a wider kinetic base of support during multiple rotational pivots, the internal diameter of the Discus Throw circle is standardized at \(2.50\text{ m}\) (\(\pm 5\text{ mm}\)).

Step 2: Evaluating the Sector Angle:
The throwing circle is enclosed within a safety cage, and the implement must land within a designated sector radiating outward at an angle of \(34.92^\circ\).
Thus, the inner diameter of the discus throw circle is exactly \(2.50\text{ m}\).

Final Answer:
Therefore, the correct answer is (B) 2.50 m.

Concept:
A standard international handball court measures \(40\text{ m} \times 20\text{ m}\).
The playing area contains precisely positioned markings radiating outward from each goal towards the center line.

Step 1: Identifying Distances of Lines from the End Line (Outer Goal Line):
1. Goal line (B): Situated directly between the goalposts along the outer end line itself, corresponding to a distance of \(0\text{ m}\).
2. Goal keeper’s restraining line (4-meter line) (A): A \(15\text{ cm}\) long line marked directly in front of the goal at a distance of \(4\text{ m}\) from the rear edge of the goal line.
3. Penalty line (7-meter line) (C): A \(1\text{ m}\) long line marked directly in front of the center of the goal at a distance of \(7\text{ m}\).
4. Free throw line (9-meter line) (D): A broken, dashed line drawn parallel to the goal area line at a distance of \(9\text{ m}\) from the outer goal line.

Step 2: Arranging from the End Line to the Center Line:
Following the distance from \(0\text{ m}\) out to \(9\text{ m}\):
\[ \text{Goal line } (0\text{ m}) \rightarrow \text{Goal keeper line } (4\text{ m}) \rightarrow \text{Penalty line } (7\text{ m}) \rightarrow \text{Free throw line } (9\text{ m}) \] This corresponds directly to the sequence: B, A, C, D.

Final Answer:
Therefore, the correct answer is (B) B, A, C, D.

Concept:
In track athletics, finishing techniques allow a sprinter to reach the finish line effectively, where timing is officially determined when the athlete’s torso (excluding head, neck, arms, legs, hands, and feet) breaks the vertical plane of the edge of the finish line.

Step 1: Analyzing Sprint Finishing Techniques:
1. Run through (D): The sprinter maintains maximum sprinting velocity and posture past the finish line without decelerating prematurely.
2. Lunging forward (Torso thrust) (A): On the final stride, the athlete thrusts the torso forward by hyperextending the arms backward to bring the chest across the line earlier.
3. Shoulder shrug (B): The athlete dips and twists one shoulder forward across the finish line on the decisive stride to touch the timing plane first.

Step 2: Evaluating Hitch Kick:
\(\bullet\) Hitch kick (C): A recognized airborne biomechanical stride technique utilized in the Long Jump to maintain forward balance, arrest forward rotational momentum, and optimize landing efficiency.
It is not a sprint finishing technique.

Step 3: Conclusion:
The valid sprint finishing techniques are A, B, and D only.

Final Answer:
Therefore, the correct answer is (B) A, B and D only.

Concept:
Artistic gymnastics features specialized apparatuses for male and female athletes, each demanding specific technical elements, acrobatic skills, balances, and transitions.

Step 1: Examining Each Apparatus and Associated Skill:
\(\bullet\) A. Uneven Bars: A women’s apparatus where the KIP technique (II) (glide kip) is the foundational movement used to transition from an underswing hanging position to a front support on the bar.
\(\bullet\) B. Pommel Horse: A men’s apparatus characterized by circular hip swings and leg scissors without pausing. The Forward Scissor (III) is a required classical element on the horse.
\(\bullet\) C. Balancing Beam: A women’s apparatus measuring 10 cm wide where gymnasts perform acro-elements such as the Backhand Spring (I) (flic-flac) as a major acrobatic step.
\(\bullet\) D. Roman Rings: A men’s apparatus suspended from cables that requires exceptional isometric strength and body control, including holds and static elements such as the T-Balance / T-Hold (IV).

Step 2: Validating the Matchings:
Matching the items:
\[ \text{A} \rightarrow \text{II}, \quad \text{B} \rightarrow \text{III}, \quad \text{C} \rightarrow \text{I}, \quad \text{D} \rightarrow \text{IV} \] This matches option (B).

Final Answer:
Therefore, the correct answer is (B) A-II, B-III, C-I, D-IV.

Concept:
Professional careers in physical education and sports sciences are categorized into teaching, coaching, media/broadcasting, sports administration, and health-related disciplines.

Step 1: Understanding Health-Related Careers in Physical Education:
Health-related careers focus directly on the physiological well-being, injury prevention, rehabilitation, metabolic health, and conditioning of athletes and the general public:
1. Sports Medicine Physician (A): A medical professional specialized in diagnosing, treating, and rehabilitating athletic injuries and musculoskeletal trauma.
2. Physical Fitness Instructor (B): Designs and directs exercise regimens to improve cardiovascular endurance, strength, flexibility, and overall health status.
3. Dietician / Sports Nutritionist (C): Develops dietary strategies, manages macronutrient and micronutrient intake, and plans nutritional therapy to support athletic performance and physiological health.

Step 2: Evaluating Sports Director:
\(\bullet\) Sports Director (D): An administrative leadership role focused on program management, financial budgeting, scheduling, facility logistics, and athletic department operations.
This is classified as a sports administration/management career rather than a health-related career.

Step 3: Conclusion:
Statements A, B, and C represent health-related professions.

Final Answer:
Therefore, the correct answer is (B) A, B and C only.

Concept:
Muscular contractions are classified into dynamic and static types based on whether mechanical work is performed and whether there is an observable change in muscle length.
The term ‘isotonic’ is derived from the Greek words ‘iso’ (same or constant) and ‘tonos’ (tension), describing contractions where muscle tension remains relatively constant while the physical length of the muscle changes.

Step 1: Understanding Isotonic Muscular Work:
Isotonic exercises involve visible, dynamic bodily movements that cause muscles to contract either concentrically (shortening) or eccentrically (lengthening under load).
During exercises such as running, jumping, sprinting, and calisthenics (e.g., push-ups, squats, and pull-ups), the external joint angles change visibly throughout the range of motion.
These repetitive dynamic cycles produce muscular hypertrophy, enhance muscle tone, improve capillary density, and optimize functional muscle length.

Step 2: Differentiating from Other Forms of Exercise:
\(\bullet\) Isometric Exercises: Characterized by static tension where the muscle length remains constant and no external joint movement or mechanical displacement occurs (e.g., pushing against an immovable wall or holding a static plank).
\(\bullet\) Isokinetic Exercises: Require specialized dynamometer machines (such as Cybex or Biodex) that enforce a predetermined, constant speed of movement throughout the entire joint range of motion regardless of the force applied.
\(\bullet\) Anaerobic Exercises: Define an energy pathway operating in the absence of sufficient oxygen rather than describing the mechanical classification of visible muscular contractions.

Step 3: Concluding the Analysis:
Because running, jumping, and calisthenics involve observable changes in joint angle, visible muscle shortening and lengthening, and dynamic development of muscle tone, they represent isotonic exercises.

Final Answer:
Therefore, the correct answer is (B) Isotonic Exercises.

Concept:
In sports training, speed and endurance are developed through systematic training modalities tailored to physiological energy systems and neuromuscular pacing strategies.
Pacing is a vital tactical and physiological component required in middle- and long-distance running to distribute metabolic energy reserves efficiently over the duration of an event.

Step 1: Understanding Pace Runs:
Pace runs (or pace races) refer to running a predetermined distance at a steady, uniform, and constant speed throughout the entire trial.
The athlete maintains an even velocity and steady rhythm without sudden bursts of acceleration or unwarranted deceleration.
The physiological rationale is that running at an even pace minimizes excessive lactic acid accumulation in the early segments, delaying muscular fatigue and conserving glycogen stores.

Step 2: Differentiating Other Speed Training Methods:
\(\bullet\) Acceleration Runs: Involve progressively increasing running velocity from a slow jog or stationary start to maximum sprinting speed over a distance of \(50\text{ m}\) to \(60\text{ m}\).
\(\bullet\) Speed Endurance: Represents the physiological capability to execute motor movements at near-maximum speed under conditions of fatigue and high lactate accumulation.
\(\bullet\) Movement Speed: The ability of an individual body segment or kinetic chain to complete an isolated motor action in the shortest possible time.

Step 3: Conclusion:
Running a designated distance at an unchanging, uniform speed is termed a pace run.

Final Answer:
Therefore, the correct answer is (A) Pace Runs.

Concept:
Flexibility is the range of motion (ROM) available at a joint or group of joints.
It is developed through various stretching techniques, some of which exploit neurophysiological reflex mechanisms to overcome natural muscle resistance.

Step 1: Neurophysiological Basis of PNF Stretching:
Proprioceptive Neuromuscular Facilitation (PNF) was originally developed for neurological rehabilitation and is widely regarded as one of the most effective methods for increasing active and passive flexibility.
The technique relies on the physiological principle of autogenic inhibition, mediated by the Golgi Tendon Organs (GTOs).
When an agonist muscle undergoes an intense isometric contraction against an immovable resistance for 5 to 6 seconds, the tension detected by the GTOs triggers an inhibitory neuromuscular reflex.
This causes the contracted muscle to enter a state of profound relaxation immediately following the contraction, allowing it to be safely stretched beyond its initial limits.

Step 2: Evaluating the Other Stretching Techniques:
\(\bullet\) Ballistic Method: Employs dynamic, bouncing, or bobbing movements where momentum forces the joint past its normal ROM, which often triggers the protective myotatic stretch reflex rather than relaxation.
\(\bullet\) Static Stretching / Slow Stretch and Hold: Involves slowly elongating the target muscle to its end range of motion and holding the position passively without prior maximal contraction.

Step 3: Conclusion:
The specific method where a muscle undergoes a contraction for several seconds to achieve post-contraction neuromuscular relaxation is Proprioceptive Neuromuscular Facilitation.

Final Answer:
Therefore, the correct answer is (D) Proprioceptive neuro-muscular facilitation.

Concept:
Athletic training utilizes specific modalities to enhance distinct physical fitness components: strength, endurance, speed, flexibility, and coordinative abilities.
Each physical component relies on dedicated training methods grounded in biomechanics and exercise physiology.

Step 1: Identifying Methods to Develop Flexibility:
\(\bullet\) A. Ballistic Method: Uses the kinetic momentum of a swinging body segment to bounce into a stretched position to increase joint mobility.
\(\bullet\) B. Slow Stretch and Hold: Involves gradually lengthening the muscle to its terminal point of resistance and maintaining the posture statically for 10 to 30 seconds.
\(\bullet\) D. Proprioceptive Neuromuscular Facilitation (PNF): Uses alternating phases of contraction and passive stretching to trigger reflex relaxation and expand joint range of motion.
Hence, A, B, and D are recognized stretching methods for developing flexibility.

Step 2: Analyzing Speed Play (Fartlek):
\(\bullet\) C. Speed Play (Fartlek Training): Developed by Gösta Holmér, ‘Fartlek’ is a Swedish term meaning “speed play”.
It is a continuous training method combining cross-country running over natural terrain with self-regulated variations in pace.
Its primary purpose is to develop aerobic and anaerobic endurance, not musculoskeletal flexibility.

Step 3: Conclusion:
The methods dedicated to developing flexibility are A, B, and D only.

Final Answer:
Therefore, the correct answer is (B) A, B and D only.

Concept:
Training methods for developing physical capacities are classified according to continuous intensity, physiological heart rates, and exercise durations.

Step 1: Analyzing Each Training Method and Its Standard Duration:
1. A. Speed Endurance: Represents the capacity to maintain high running velocity against fatigue in anaerobic events (e.g., \(200\text{ m}\) to \(400\text{ m}\) sprints). High-intensity anaerobic bouts typically last up to 45 seconds (III).
2. B. Slow Continuous Method: Focuses on extensive aerobic base development with heart rates around \(140\text{--}160\text{ bpm}\). The standard prescribed volume is long and continuous, typically not less than 30 minutes (IV) (ranging up to 2 hours).
3. C. Fast Continuous Method: Involves intensive aerobic-anaerobic threshold training with a heart rate of \(160\text{--}180\text{ bpm}\). Because of the elevated intensity, the duration is maintained for at least 20 minutes (I) (typically between 20 and 45 minutes).
4. D. Variable Pace Method: Involves planned, alternating shifts between higher and lower running intensities, typically executed for durations from 15 minutes to 1 hour (II).

Step 2: Compiling the Matches:
\(\bullet\) A \(\rightarrow\) III
\(\bullet\) B \(\rightarrow\) IV
\(\bullet\) C \(\rightarrow\) I
\(\bullet\) D \(\rightarrow\) II
This sequence aligns with option (D).

Final Answer:
Therefore, the correct answer is (D) A-III, B-IV, C-I, D-II.

Concept:
The Rikli and Jones Senior Citizen Fitness Test (also known as the Fullerton Functional Fitness Test) was developed by Dr. Roberta Rikli and Dr. C. Jessie Jones to evaluate functional fitness and physical independence in older adults.

Step 1: Understanding the Arm Curl Test Protocol:
The Arm Curl Test assesses upper-body muscular strength and endurance, which are critical for daily activities such as carrying groceries, lifting objects, and household chores.
The participant sits upright in a straight-backed armless chair, holding a dumbbell in the dominant hand with a handshake grip, and performs as many controlled forearm curls as possible in 30 seconds through a complete range of motion.

Step 2: Gender-Specific Dumbbell Weights:
To accommodate physiological strength differences between sexes in the geriatric population, the standardized protocol specifies:
\(\bullet\) For Men: An \(8\)-pound dumbbell (approximately \(3.63\text{ kg}\)).
\(\bullet\) For Women: A \(5\)-pound dumbbell (approximately \(2.27\text{ kg}\)).

Step 3: Conclusion:
The recommended dumbbell weight for female participants in this battery is \(5\text{ pounds}\).

Final Answer:
Therefore, the correct answer is (A) 5 pounds.

Concept:
Motor fitness comprises several biomotor abilities, including agility, speed, power, reaction time, balance, and coordination.
Standardized test batteries (such as the AAHPER Youth Fitness Test) utilize targeted protocols to evaluate specific motor components.

Step 1: Procedure of the \(4 \times 10\text{ Meter}\) Shuttle Run:
In the \(4 \times 10\text{ m}\) Shuttle Run test:
1. Two parallel lines are marked on the floor exactly 10 meters apart.
2. Two wooden blocks are placed behind the opposite line.
3. On the signal “Go”, the participant sprints 10 meters, picks up one block, sprints back across the starting line to place it down, runs back to retrieve the second block, and finishes by sprinting across the initial line.

Step 2: Biomotor Qualities Assessed:
The continuous requirement to accelerate rapidly, decelerate abruptly, pivot \(180^\circ\) while changing direction, and re-accelerate tests the athlete’s capacity to adjust bodily position quickly and efficiently.
In sports science, the ability to rapidly and accurately change direction under acceleration is defined as agility, which here operates together with linear sprinting speed.

Step 3: Conclusion:
The primary purpose of the \(4 \times 10\text{ m}\) Shuttle Run is to evaluate agility and speed.

Final Answer:
Therefore, the correct answer is (B) Agility and speed.

Concept:
The Standing Broad Jump (also known as the Standing Long Jump) is a standardized test used to assess the explosive strength and power of the lower extremities.

Step 1: Standardized Testing Protocol:
The official procedure includes:
1. The performer stands behind a marked take-off line with feet parallel and shoulder-width apart.
2. From this static standing stance, the subject flexes the knees and vigorously swings the arms backward and forward to generate linear momentum.
3. The subject pushes explosively off the ground by extending the hips, knees, and ankles (triple extension) to leap as far forward as possible into a landing pit or marked mat.
4. Measurement is recorded from the take-off line to the nearest point of contact made by any part of the body (typically the heel).

Step 2: Identifying the Incorrect Statement:
The defining characteristic of a Standing Broad Jump is that it is initiated from a stationary, non-running stance.
Taking an approach run of \(10\text{ to }20\text{ meters}\) violates the foundational protocol of a standing jump, converting it into a running long jump.
Therefore, statement (A) is factually incorrect with respect to the test procedure.

Final Answer:
Therefore, the correct answer is (A) Take atleast 10 to 20 meters approach run.

Concept:
Physiological adaptations to exercise are classified into:
1. Acute (short-term) responses: Immediate homeostatic adjustments during or immediately following a bout of exercise.
2. Chronic (long-term) adaptations: Structural and functional changes that occur over weeks, months, or years of regular training.

Step 1: Analyzing Muscular System Effects:
\(\bullet\) A. Long-term effect on the Muscular system: Prolonged progressive resistance training increases the cross-sectional area of muscle fibers through the addition of actin and myosin myofilaments, resulting in Hypertrophy of muscles (I).
\(\bullet\) B. Short-term effect on the Muscular system: During active exercise, increased metabolic activity and vasodilation lead immediately to an Increased muscle temperature (II).

Step 2: Analyzing Respiratory System Effects:
\(\bullet\) C. Long-term effect on the Respiratory system: Chronic endurance training strengthens respiratory musculature (intercostals and diaphragm), increasing vital capacity and functional Lung volume increases (IV).
\(\bullet\) D. Short-term effect on the Respiratory system: To satisfy immediate metabolic oxygen demands and clear accumulated \(\text{CO}_2\), the Respiratory rate increases (III) during exercise.

Step 3: Matching the Components:
\(\bullet\) A \(\rightarrow\) I
\(\bullet\) B \(\rightarrow\) II
\(\bullet\) C \(\rightarrow\) IV
\(\bullet\) D \(\rightarrow\) III
This combination corresponds to option (C).

Final Answer:
Therefore, the correct answer is (C) A-I, B-II, C-IV, D-III.

Concept:
Physical fitness test batteries prescribe standardized weights for implements based on the target population, gender, and test objectives.

Step 1: Identifying the Weight Specifications:
1. Arm Curl Test (Rikli and Jones Senior Citizen Test):
\(\bullet\) Dumbbell for women (D): Prescribed at \(5\text{ pounds}\), which equals approximately \(2.27\text{ kg}\).
\(\bullet\) Dumbbell for men (A): Prescribed at \(8\text{ pounds}\), which equals approximately \(3.63\text{ kg}\).

2. Backward Medicine Ball Throw Test:
\(\bullet\) Medicine ball for girls (C): Standard school physical education protocols specify a \(6\text{-pound}\) (\(\approx 2.72\text{ kg}\)) or \(2.5\text{--}3.0\text{ kg}\) medicine ball.
\(\bullet\) Medicine ball for boys (B): Standard protocols specify a \(4\text{ kg}\) or \(9\text{--}10\text{ pound}\) (\(\approx 4.0\text{--}4.5\text{ kg}\)) medicine ball.

Step 2: Arranging from Minimum to Maximum Weight:
Comparing the masses in ascending order:

Dumbbell for women (5 lbs ≈ 2.27 kg) < Medicine ball for girls (∼ 2.72 kg) < Dumbbell for men (8 lbs ≈ 3.63 kg) < Medicine ball for boys (∼ 4.0 kg)

This yields the sequence: D, C, A, B.

Final Answer:
Therefore, the correct answer is (B) D, C, A, B.

Concept:
In biomechanics, the musculoskeletal system operates as a system of anatomical levers.
A lever consists of a rigid bar that rotates about a fixed axis or pivot called a fulcrum (\(F\)), acted upon by an effort force (\(E\)) and a resistance or load (\(L\)):
\(\bullet\) Class 1 Lever: Fulcrum lies between Effort and Load (\(E - F - L\)).
\(\bullet\) Class 2 Lever: Load lies between Fulcrum and Effort (\(F - L - E\)).
\(\bullet\) Class 3 Lever: Effort lies between Fulcrum and Load (\(F - E - L\)).

Step 1: Biomechanical Analysis of the Straight Push-Up:
During a standard push-up:
1. Fulcrum (\(F\)): The toes in contact with the floor serve as the fixed axis of rotation.
2. Load / Resistance (\(L\)): The total body weight acts downward through the body’s center of gravity (located approximately near the pelvis/lower abdomen).
3. Effort (\(E\)): The muscular force is applied upward against gravity by the hands pushing into the floor through the action of the pectoral, anterior deltoid, and triceps muscles.

Step 2: Identifying the Lever Class:
Since the center of gravity (Load) is located between the toes (Fulcrum) and the hands (Effort), the structural arrangement is \(F - L - E\).
This configuration corresponds to a Second Class Lever.

Final Answer:
Therefore, the correct answer is (C) Second Class Lever.

Concept:
Sir Isaac Newton formulated three fundamental laws of motion that govern human movement and projectile kinematics in sports.

Step 1: Understanding Newton’s Second Law of Motion:
Newton’s Second Law of Motion is known as the Law of Acceleration or Law of Momentum.
It states that the rate of change of momentum of an object is directly proportional to the applied force and takes place in the direction in which the force acts:
\[ F = m \cdot a \quad \implies \quad a = \frac{F}{m} \] where \(F\) is the net force applied, \(m\) is the mass of the object, and \(a\) is the acceleration imparted to it.

Step 2: Application to the Shot-Put Scenario:
In shot-put, the mass (\(m\)) of the implement is constant (e.g., \(7.26\text{ kg}\) for men or \(4\text{ kg}\) for women).
When an athlete exerts a greater muscular force (\(F\)), the shot-put experiences greater acceleration (\(a\)) and is released with higher exit velocity (\(v\)).
Because horizontal projectile range is proportional to the square of release velocity (\(R \propto v^2\)), greater applied force results in significantly greater displacement.
Conversely, applying less force produces lower acceleration and smaller displacement.

Step 3: Conclusion:
This direct relationship between applied force, acceleration, and change in momentum exemplifies the Law of Momentum (Law of Acceleration).

Final Answer:
Therefore, the correct answer is (C) Law of Momentum.

Concept:
Physical fitness consists of five health- and performance-related components: strength, endurance, speed, flexibility, and coordinative abilities.
Each component possesses a distinct biomechanical and anatomical definition.

Step 1: Defining Flexibility:
Flexibility is defined as the physiological capability of a joint or series of articulated joints to move fluidly through an unrestricted, pain-free range of motion (ROM).
It depends on the elasticity of muscle fibers, connective tissue compliance (tendons and ligaments), synovial joint structure, and neuromuscular coordination.

Step 2: Evaluating the Other Physical Fitness Components:
\(\bullet\) Speed: The capacity to execute motor movements in the shortest possible period of time.
\(\bullet\) Endurance: The ability to resist fatigue and sustain motor activity over an extended duration.
\(\bullet\) Strength: The maximum force or torque that a muscle or muscle group can exert against an external resistance.

Step 3: Conclusion:
The ability to execute movements with a greater range around an anatomical joint is termed flexibility.

Final Answer:
Therefore, the correct answer is (B) Flexibility.

Concept:
A third-class lever is defined by having the effort force (\(E\)) applied between the fulcrum (\(F\)) and the load (\(L\)) (\(F - E - L\)).
Third-class levers are designed for speed and range of motion rather than mechanical advantage (their mechanical advantage is always \(< 1\)).

Step 1: Analyzing Each Action:
\(\bullet\) A. Triceps causing extension at elbow: The elbow joint acts as the fulcrum located between the insertion of the triceps tendon on the olecranon process (effort) and the forearm/hand (load). This arrangement (\(E - F - L\)) is a First Class Lever. Therefore, A is incorrect.
\(\bullet\) C. Biceps causing flexion at the elbow: The fulcrum is at the elbow joint. The effort is applied by the biceps brachii tendon inserting onto the radial tuberosity, which lies between the fulcrum and the weight of the forearm/hand (load). This configuration (\(F - E - L\)) is a classic Third Class Lever.
\(\bullet\) D. Sit-Ups: During a trunk curl/sit-up, the hips act as the fulcrum, the abdominal muscles contract between the hip and upper body to provide effort, and the weight of the torso is the load being lifted, acting as a Third Class Lever.

Step 2: Evaluating the Option Sets:
Since statement A represents a first-class lever, any option containing A is eliminated.
This leaves option (D) as the only valid selection, identifying C and D as third-class levers.

Final Answer:
Therefore, the correct answer is (D) C and D only.

Concept:
A bone fracture is a clinical break or discontinuity in the structure of bone tissue, classified according to the orientation of the fracture line and the displacement of the fragments.

Step 1: Analyzing Each Fracture Type:
\(\bullet\) A. Transverse Fracture: The fracture line runs at a right angle (\(90^\circ\)) perpendicular to the long axis of the shaft, presenting as a straight break right across a bone (II).
\(\bullet\) B. Green-stick Fracture: Common in infants and young children whose bones are flexible and softer; the bone bends and cracks along the convex cortex without completely snapping across, described as soft bone bends (I).
\(\bullet\) C. Oblique Fracture: The fracture line runs curved or diagonally across the longitudinal axis of the bone, described as bone breaks diagonally (III).
\(\bullet\) D. Impacted Fracture: Direct compressive axial force drives the fractured bone ends forcibly into each other, so the broken ends of the bones are jammed together (IV).

Step 2: Formulating the Match:
\(\bullet\) A \(\rightarrow\) II
\(\bullet\) B \(\rightarrow\) I
\(\bullet\) C \(\rightarrow\) III
\(\bullet\) D \(\rightarrow\) IV
This matches option (B).

Final Answer:
Therefore, the correct answer is (B) A-II, B-I, C-III, D-IV.

Concept:
Personality psychology explores how individual behavioral patterns, cognitive frameworks, and emotional responses are organized.
Swiss psychiatrist Carl Gustav Jung developed a landmark psychological typology based on general attitude types and psychological functions.

Step 1: Passage and Typological Analysis:
The passage states: “Personality Functions of a person is an introvert or extrovert, she/he has a preferred pattern to deal with the situations... According to the theory of personality by Carl Gustav Jung, the two attitudes of extraversion and introversion cannot be demonstrated in isolation.”
Jung classified individuals primarily by their orientation of psychic energy (libido):
1. Introverts: Direct their energy inward toward subjective inner thoughts, reflective ideas, and solitary contemplation.
2. Extroverts: Direct their energy outward toward external objects, social connections, and environmental engagement.

Step 2: Evaluating Distractor Theories:
\(\bullet\) Id, Ego, Super Ego: Proposed by Sigmund Freud in his structural model of psychoanalysis.
\(\bullet\) Agreeableness, Neuroticism, Openness, Conscientiousness: Represent components of the Five-Factor Model developed by Paul Costa and Robert McCrae.

Final Answer:
Therefore, the correct answer is (C) Introvert, Extrovert.

Concept:
The Big Five Factor Model is a widely accepted trait theory in contemporary psychology that categorizes human personality along five broad dimensions.

Step 1: Identifying the Contributors from the Text:
The passage notes: “Another important trait approach which can provide essential insights into the key elements of personality is offered by Paul Costa and Robert Mccrae. They have given emphasis of the five domains or traits, which are openness, conscientiousness, extraversion, agreeableness, and neuroticism.”
Paul T. Costa Jr. and Robert R. McCrae formalized this model into the NEO Personality Inventory (NEO-PI), providing empirical validation for the five fundamental factors.

Step 2: Evaluating Other Theorists:
\(\bullet\) Sigmund Freud: Founded psychoanalysis (focusing on the unconscious mind, id, ego, and superego).
\(\bullet\) Carl Rogers: Pioneered humanistic psychology and client-centered therapy based on the concept of the self-actualizing tendency.
\(\bullet\) Gordon Allport: Established the foundational trait theory by cataloging thousands of traits, categorizing them into cardinal, central, and secondary traits.

Final Answer:
Therefore, the correct answer is (D) Paul Costa and Robert Macrae.

Concept:
In Jungian typology, psychological types are characterized by the direction of movement of an individual’s interest and psychic attention.

Step 1: Analyzing the Passage Description of Introverts:
The passage explicitly states:
“Introverts are people interested in their own mental self, opt to live in their own world of feelings and thoughts whereas Extroverts are broad minded, highly socialized, bold and outgoing.”
This establishes that introverted individuals derive their psychological stimulation internally from introspective contemplation, personal feelings, ideas, and subjective experiences rather than external social activities.

Step 2: Evaluating Other Behavioral Choices:
\(\bullet\) Social interaction, parties, community activities, and public leadership roles represent outer-directed behaviors that are characteristic of extroverts, who thrive in external social environments.

Final Answer:
Therefore, the correct answer is (A) Their own world of feelings and thoughts.

Concept:
Personality dimensions describe distinct clusters of behavioral patterns, communicative habits, and social attitudes.

Step 1: Extracting Evidence from the Passage:
The passage directly specifies the distinguishing behavioral attributes:
“Introverts are people interested in their own mental self, opt to live in their own world of feelings and thoughts whereas Extroverts are broad minded, highly socialized, bold and outgoing.”
Extroverts seek external stimulation, interact readily within social networks, speak openly, adapt smoothly to collaborative settings, and display bold interpersonal behavior.

Step 2: Evaluating Other Options:
\(\bullet\) Neuroticism: Characterized by emotional instability, chronic anxiety, moodiness, and susceptibility to psychological distress.
\(\bullet\) Introverts: Tend to be reserved, shy, reflective, and observant rather than bold and highly socialized.
\(\bullet\) Conscientious: Characterized by high organization, self-discipline, meticulous planning, and dependability.

Final Answer:
Therefore, the correct answer is (D) Extroverts.

Concept:
The Big Five personality model organizes personality traits using the acronym OCEAN, which encompasses five broad, empirically derived dimensions.

Step 1: Identifying the Five Core Domains:
As described in the passage:
“They have given emphasis of the five domains or traits, which are openness, conscientiousness, extraversion, agreeableness, and neuroticism. These traits are also represented by acronym ocean.”
The components are:
1. O – Openness to experience (creativity, curiosity, insight).
2. C – Conscientiousness (goal-directed behavior, organization, reliability).
3. E – Extraversion (sociability, assertiveness, expressiveness).
4. A – Agreeableness (trust, altruism, kindness, empathy).
5. N – Neuroticism (emotional instability, mood swings, anxiety).

Step 2: Evaluating Self-Esteem:
Self-esteem refers to an individual’s overall subjective evaluation or appraisal of their personal worth.
While influenced by underlying personality dimensions (such as low neuroticism and high extraversion), self-esteem is a distinct psychological construct and is not one of the five foundational domains of the Big Five Model.

Final Answer:
Therefore, the correct answer is (B) Self-esteem.

Concept:
The Khel Ratna Award represents the highest individual sports honor conferred in the Republic of India.
Instituted during the financial year 1991–1992, it recognizes four years of outstanding sporting performance at the international level.

Step 1: Extracting Information from the Text:
The passage explicitly states:
“The Major Dhyan Chand Khel Ratna Award, originally named the Rajiv Gandhi Khel Ratna Award, is India’s highest sporting honor... In 2021, the award was renamed to honor Dhyan Chand, a legendary Indian field hockey player.”

Step 2: Historical Context:
On August 6, 2021, the Government of India officially renamed the Rajiv Gandhi Khel Ratna Award to the Major Dhyan Chand Khel Ratna Award in honor of Major Dhyan Chand, who scored over 400 international goals and led India to Olympic gold medals in 1928, 1932, and 1936.

Final Answer:
Therefore, the correct answer is (D) Year 2021.

Concept:
The Arjuna Award was instituted in 1961 by the Ministry of Youth Affairs and Sports to recognize consistent sporting excellence over four years at the international level.

Step 1: Analyzing the Passage Statement:
The comprehension passage provides the direct reference:
“The Arjun award started in 1961,is the second highest sports honor recognizing outstanding performance in sports over four years... The first awards went to P.K.Banerjee (Athletics) and Slim Durani (Cricket).”

Step 2: Evaluating the Recipient Options:
Based strictly on the text of the provided passage, the recipient cited for receiving the inaugural Arjuna Award in the athletics category is P.K. Banerjee.
(Note: Salim Durani is cited in the passage as receiving the inaugural award in Cricket).

Final Answer:
Therefore, the correct answer is (B) P.K. Banerjee.

Concept:
The National Sports Awards ceremony is a formal state event conducted at Rashtrapati Bhavan, New Delhi.
It recognizes outstanding contributions, lifetime achievements, and international podium finishes by Indian athletes and coaches.

Step 1: Locating the Information in the Text:
The fourth paragraph of the passage states:
“The President of India presents the awards on National Sports Day, August 29, as a tribute to hockey legend Major Dhyan Chand.”

Step 2: Explaining the Protocol:
As the constitutional Head of State and supreme first citizen of the country, the President of India confers the National Sports Awards, including the Major Dhyan Chand Khel Ratna, Arjuna Award, Dronacharya Award, and Dhyan Chand Lifetime Achievement Award, during this investiture ceremony.

Final Answer:
Therefore, the correct answer is (A) President of India.

Concept:
National Sports Day (Rashtriya Khel Divas) is observed every year across India to celebrate the nation’s sporting heritage and encourage sports participation, physical fitness, and active living.

Step 1: Referring to the Passage:
The passage explicitly states:
“The President of India presents the awards on National Sports Day, August 29, as a tribute to hockey legend Major Dhyan Chand.”

Step 2: Significance of 29th August:
August 29 marks the birth anniversary of Major Dhyan Chand (born on August 29, 1905, in Prayagraj, Uttar Pradesh).
Dhyan Chand earned global acclaim for his stick work and goal-scoring record, securing three Olympic gold medals for India in 1928, 1932, and 1936.
In 2012, the Government of India designated August 29 as National Sports Day.

Final Answer:
Therefore, the correct answer is (C) On 29th August.

Concept:
Recipients of India’s National Sports Awards receive specific emblems of recognition, including ceremonial attire, medallions or statuettes, certificates, and government cash prizes.

Step 1: Identifying the Award Components from the Text:
The second paragraph of the passage details:
“The Major Dhyan Chand Khel Ratna Award... Winners receive a medallion, a certificate, and a cash prize of Rs.25 lakhs.”

Step 2: Distinguishing from Other Awards:
\(\bullet\) Major Dhyan Chand Khel Ratna: Medallion, citation certificate, and \(\text{Rs. } 25\text{ lakhs}\).
\(\bullet\) Arjuna Award: Bronze statuette of Arjuna, scroll certificate, ceremonial attire, and \(\text{Rs. } 15\text{ lakhs}\).
\(\bullet\) Dronacharya Award (Regular category): Bronze statuette of Dronacharya, certificate, ceremonial attire, and \(\text{Rs. } 15\text{ lakhs}\).

Final Answer:
Therefore, the correct answer is (A) A medallion, a certificate, and a cash prize of Rs.25 lakhs.