VITEEE 2025 27 April Shift 1 Question Paper is available here with solutions pdf. Vellore Institute of Technology is conducting VITEEE 2025 from April 20 to April 27. VITEEE 2025 Question Paper includes 40 questions from Mathematics/Biology, 35 questions from Physics, 35 questions from Chemistry, 5 questions from English, and 10 questions from Aptitude to be attempted in 150 minutes.

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VITEEE 2025 April 27 Shift 1 Question Paper PDF Download

VITEEE 2025 April 27 Shift 1 Question Paper With Answer Key Download Check Solution

VITEEE 2025 April 27 Shift 1 Question Paper with Solution PDF

Question 1:

A body is projected with velocity 20 m/s at an angle of \(30^\circ\) to the horizontal. The maximum height reached by the body is (\(g = 10\ m/s^2\)):

  • (A) 5 m
  • (B) 10 m
  • (C) 15 m
  • (D) 20 m
Correct Answer: (B) 10 m
View Solution

Step 1: Vertical component of velocity \[ u_y = 20\sin30^\circ = 10\ m/s \]

Step 2: Maximum height, \[ H = \frac{u_y^2}{2g} = \frac{10^2}{2\times10} = 5\ m \] Quick Tip: Maximum height depends only on vertical velocity component.


Question 2:

Two capacitors of capacitance 2 \(\mu\)F and 4 \(\mu\)F are connected in series. The equivalent capacitance is:

  • (A) 6 \(\mu\)F
  • (B) 1.33 \(\mu\)F
  • (C) 8 \(\mu\)F
  • (D) 2 \(\mu\)F
Correct Answer: (B) 1.33 \(\mu\)F
View Solution

For series combination, \[ \frac{1}{C}=\frac{1}{2}+\frac{1}{4}=\frac{3}{4} \Rightarrow C=\frac{4}{3}=1.33\ \muF \] Quick Tip: Series capacitors reduce overall capacitance.


Question 3:

In Young's double-slit experiment, the fringe width is 0.6 mm. If the distance between the slits and screen is doubled, and the separation between slits is halved, the new fringe width will be:

  • (A) 0.3 mm
  • (B) 1.2 mm
  • (C) 2.4 mm
  • (D) 4.8 mm
Correct Answer: (C) 2.4 mm
View Solution

Fringe width, \[ \beta \propto \frac{D}{d} \]

Doubling \(D\) and halving \(d\) increases \(\beta\) by factor 4. \[ \beta' = 4 \times 0.6 = 2.4\ mm \] Quick Tip: Fringe width increases with screen distance and decreases with slit separation.


Question 4:

The dimensional formula for magnetic flux is:

  • (A) \([ML^2T^{-2}A^{-1}]\)
  • (B) \([MLT^{-2}A^{-1}]\)
  • (C) \([ML^2T^{-1}A^{-2}]\)
  • (D) \([ML^2T^{-2}A]\)
Correct Answer: (A)
View Solution

Magnetic flux \(\Phi = BA\). \[ [B]=\frac{F}{IA}=\frac{MLT^{-2}}{AT} \Rightarrow [\Phi]=ML^2T^{-2}A^{-1} \] Quick Tip: Magnetic flux = magnetic field × area.


Question 5:

The IUPAC name of CH\(_3\)-CH(OH)-COOH is:

  • (A) 2-Hydroxypropanoic acid
  • (B) 2-Hydroxyethanoic acid
  • (C) 3-Hydroxypropanoic acid
  • (D) Ethanoic acid
Correct Answer: (A)
View Solution

The parent chain has three carbons with OH on second carbon. Quick Tip: Number the chain giving priority to COOH group.


Question 6:

Which of the following has the highest boiling point?

  • (A) Ethane
  • (B) Ethene
  • (C) Ethyne
  • (D) Methane
Correct Answer: (C)
View Solution

Ethyne has strongest intermolecular attractions due to linear structure. Quick Tip: Higher molecular interaction means higher boiling point.


Question 7:

In the reaction: \(2H_2O_2 \rightarrow 2H_2O + O_2\), the rate of disappearance of \(H_2O_2\) is 0.2 mol/L/s. The rate of appearance of \(O_2\) is:

  • (A) 0.1 mol/L/s
  • (B) 0.2 mol/L/s
  • (C) 0.4 mol/L/s
  • (D) 0.05 mol/L/s
Correct Answer: (A)
View Solution

From stoichiometry, \[ Rate of O_2 = \frac{1}{2}\times0.2 = 0.1\ mol/L/s \] Quick Tip: Use coefficients to relate reaction rates.


Question 8:

The hybridization of carbon in diamond is:

  • (A) sp
  • (B) sp\(^2\)
  • (C) sp\(^3\)
  • (D) dsp\(^2\)
Correct Answer: (C)
View Solution

Each carbon atom forms four sigma bonds in tetrahedral geometry. Quick Tip: Tetrahedral geometry implies sp\(^3\) hybridization.


Question 9:

The value of \( \int_0^{\pi/2} \sin^2 x \, dx \) is:

  • (A) \(\pi/4\)
  • (B) \(\pi/2\)
  • (C) 1
  • (D) \(\pi\)
Correct Answer: (A)
View Solution

\[ \int_0^{\pi/2} \sin^2x dx = \frac{\pi}{4} \] Quick Tip: Use identity \(\sin^2x = \frac{1-\cos2x}{2}\).


Question 10:

If \(A=\{1,2,3\}\), \(B=\{3,4\}\), then \(A\cup B\) is:

  • (A) \{1,2\}
  • (B) \{3\}
  • (C) \{1,2,3,4\}
  • (D) \{1,2,3\}
Correct Answer: (C)
View Solution

Union contains all distinct elements of both sets. Quick Tip: Union combines all unique elements.


Question 11:

If the day after tomorrow is Wednesday, what day is today?

  • (A) Monday
  • (B) Tuesday
  • (C) Sunday
  • (D) Saturday
Correct Answer: (A)
View Solution

Day after tomorrow = Wednesday
Tomorrow = Tuesday
Today = Monday Quick Tip: Work backward step by step in day problems.


Question 12:

Choose the correct synonym for ``Eloquent'':

  • (A) Silent
  • (B) Articulate
  • (C) Clumsy
  • (D) Dull
Correct Answer: (B)
View Solution

Eloquent means fluent and expressive in speech. Quick Tip: Synonyms convey similar meanings.

 

VITEEE 2025 Expected Difficulty Level

According to the exam pattern, candidates must attempt 125 questions in 150 minutes across 5 major sections: Mathematics/Biology, Physics, Chemistry, English, and Aptitude.

As per the past year's trends, this is the expected difficulty level of VITEEE 2025:

Section No. of Questions Expected Difficulty Level Remarks
Mathematics / Biology 40 Moderate to Difficult Maths will have more application-based questions, and biology will have more NCERT-based questions.
Physics 35 Moderate It will be conceptual and related to formulas with few calculations.
Chemistry 35 Easy to Moderate Questions will be direct theory-based, with a focus on NCERT and a few tricky numerical problems
English 5 Easy This section will focus on Grammar and comprehension-based questions.
Aptitude 10 Moderate Basic logical reasoning and pattern questions

VITEEE 2025: Expected Section-Wise Weightage

Below is the expected section-wise topic weightage for VITEEE 2025:

Mathematics (40 Questions) – For PCM Candidates

Important Topics Expected No. of Questions
Calculus 8–10
Coordinate Geometry 5–6
Algebra (Quadratic, Complex No.) 6–7
Trigonometry 4–5
Probability & Statistics 4–5
Matrices and Determinants 3–4
Vectors and 3D Geometry 4–5

Physics (35 Questions)

Important Topics Expected No. of Questions
Mechanics 6–8
Electrostatics & Current Electricity 5–6
Optics 4–5
Thermodynamics & Heat Transfer 4–5
Modern Physics 4–5
Waves & Oscillations 3–4
Magnetism & EMI 4–5

Chemistry (35 Questions)

Important Topics Expected No. of Questions
Organic Chemistry (Reactions, Mechanisms) 10–12
Physical Chemistry (Thermo, Equilibrium) 10–12
Inorganic Chemistry (p/d/f block, Coordination) 8–10
Environmental Chemistry, Biomolecules 2–3

English (5 Questions)

Type of Questions Expected questions
Reading Comprehension 1–2
Grammar (Tense, Voice, Error Spotting) 2–3
Vocabulary (Synonyms/Antonyms) 1

Aptitude (10 Questions)

Important Topics Expected No. of Questions
Number Series & Coding-Decoding 2–3
Data Interpretation 2–3
Syllogism & Logical Reasoning 2–3
Basic Arithmetic 2