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Questions and Answers
A particle moves in a circular path with tangential acceleration $a_t = 12 \text{ ms}^{-2}$. If the circle's radius is 3 m and the particle starts at rest, what time will it take for the total acceleration to make a 45° angle with the radial acceleration?
A particle moves in a circular path with tangential acceleration $a_t = 12 \text{ ms}^{-2}$. If the circle's radius is 3 m and the particle starts at rest, what time will it take for the total acceleration to make a 45° angle with the radial acceleration?
- (1/2) s
- (1/3) s (correct)
- 2 s
- 3 s
A satellite of mass 'm' orbits Earth at a height equal to Earth's radius R. What is the satellite's total energy in terms of g (acceleration due to gravity on Earth's surface)?
A satellite of mass 'm' orbits Earth at a height equal to Earth's radius R. What is the satellite's total energy in terms of g (acceleration due to gravity on Earth's surface)?
- $\frac{-mgR}{4}$ (correct)
- $\frac{mgR}{3}$
- $\frac{mgR}{2}$
- $\frac{-mgR}{5}$
At what angular speed of Earth's rotation would a person at the equator weigh half of their weight at the poles?
At what angular speed of Earth's rotation would a person at the equator weigh half of their weight at the poles?
- $0.034 \text{ rad s}^{-1}$
- $7.65 \times 10^{-7} \text{ rad s}^{-1}$
- $8.75 \times 10^{-4} \text{ rad s}^{-1}$
- $1.23 \times 10^{-2} \text{ rad s}^{-1}$ (correct)
A block is in contact with a vertical wall. Find the friction force on the block.
A block is in contact with a vertical wall. Find the friction force on the block.
A liquid rises to 2 cm in a capillary tube, with a contact angle of zero. If the tube is lowered so only 1 cm is above the liquid, what is the contact angle?
A liquid rises to 2 cm in a capillary tube, with a contact angle of zero. If the tube is lowered so only 1 cm is above the liquid, what is the contact angle?
Two bodies of mass 6 kg and 4 kg are tied with a string as shown on the adjacent figure. If the table and pulley are frictionless, then what is the acceleration of the 6 Kg mass given $g = 10 \text{ ms}^{-2}$?
Two bodies of mass 6 kg and 4 kg are tied with a string as shown on the adjacent figure. If the table and pulley are frictionless, then what is the acceleration of the 6 Kg mass given $g = 10 \text{ ms}^{-2}$?
A disc and a ring of equal masses are rolling. If their kinetic energies are equal, what is the ratio of their velocities?
A disc and a ring of equal masses are rolling. If their kinetic energies are equal, what is the ratio of their velocities?
Using a screw gauge with a least count of 0.001 cm, the thickness of a pencil is measured to be 0.802 cm. What is the percentage error in the measurement?
Using a screw gauge with a least count of 0.001 cm, the thickness of a pencil is measured to be 0.802 cm. What is the percentage error in the measurement?
In the AC circuit, the voltage of the AC source is given by $V = 20\cos(2000t)$. Neglecting the source resistance, what are the voltmeter and ammeter readings?
In the AC circuit, the voltage of the AC source is given by $V = 20\cos(2000t)$. Neglecting the source resistance, what are the voltmeter and ammeter readings?
Three resistors A, B, and C with values 3R, 6R, and R respectively are arranged in a network. If a voltage is applied across the network, what is the ratio of thermal powers dissipated by A, B, and C?
Three resistors A, B, and C with values 3R, 6R, and R respectively are arranged in a network. If a voltage is applied across the network, what is the ratio of thermal powers dissipated by A, B, and C?
A conducting loop is placed perpendicularly in an increasing magnetic field. What will be the direction of the induced current in the loop?
A conducting loop is placed perpendicularly in an increasing magnetic field. What will be the direction of the induced current in the loop?
Light with an energy flux of 40 W/cm² falls perpendicularly on a non-reflecting surface with an area of 20 cm². What is the total momentum delivered to the surface in 10 minutes (for complete absorption)?
Light with an energy flux of 40 W/cm² falls perpendicularly on a non-reflecting surface with an area of 20 cm². What is the total momentum delivered to the surface in 10 minutes (for complete absorption)?
A charge (-q) and another charge (+Q) are positioned at points A and B, respectively. Keeping (+Q) fixed at B, the charge (-q) at A is moved to point C such that ABC forms an equilateral triangle with side (l). What is the net work to move (-q)?
A charge (-q) and another charge (+Q) are positioned at points A and B, respectively. Keeping (+Q) fixed at B, the charge (-q) at A is moved to point C such that ABC forms an equilateral triangle with side (l). What is the net work to move (-q)?
A sphere with radius 3 mm falls in a viscous liquid and attains a terminal velocity of 10 cm/s. What terminal velocity will a sphere of the same material with radius 6 mm attain?
A sphere with radius 3 mm falls in a viscous liquid and attains a terminal velocity of 10 cm/s. What terminal velocity will a sphere of the same material with radius 6 mm attain?
In a meter bridge setup, two unknown resistances A and B yield a null point dividing the wire in a 3:4 ratio. If both are increased by 40Ω, the ratio becomes 7:8. Values of A and B are?
In a meter bridge setup, two unknown resistances A and B yield a null point dividing the wire in a 3:4 ratio. If both are increased by 40Ω, the ratio becomes 7:8. Values of A and B are?
A coin is dropped in a lift. It takes time t₁ to reach the floor when lift is stationary. It takes time t₂ when lift is moving up with constant acceleration, then:
A coin is dropped in a lift. It takes time t₁ to reach the floor when lift is stationary. It takes time t₂ when lift is moving up with constant acceleration, then:
A ball thrown by a player reaches another in 2 seconds. What will be the maximum height attained by the ball above the point of projection?
A ball thrown by a player reaches another in 2 seconds. What will be the maximum height attained by the ball above the point of projection?
A bulb lamp emits light of mean wavelength of 4500 Å. If the lamp is rated at 150 W, using 8% as the percentage for light emitted, how many photons are emitted per second?
A bulb lamp emits light of mean wavelength of 4500 Å. If the lamp is rated at 150 W, using 8% as the percentage for light emitted, how many photons are emitted per second?
In a particular atom, transition between three energy levels gives rise to spectral lines with wavelengths (\lambda_1), (\lambda_2), and (\lambda_3) (increasing magnitudes). Which equation relates (\lambda_1), (\lambda_2) and (\lambda_3)?
In a particular atom, transition between three energy levels gives rise to spectral lines with wavelengths (\lambda_1), (\lambda_2), and (\lambda_3) (increasing magnitudes). Which equation relates (\lambda_1), (\lambda_2) and (\lambda_3)?
For a nucleus, the curve of binding energy per nucleon v/s mass number is shown. w, x, y and z are indicated on the graph for four nuclei. Select the process which would release energy.
For a nucleus, the curve of binding energy per nucleon v/s mass number is shown. w, x, y and z are indicated on the graph for four nuclei. Select the process which would release energy.
A nucleus with Z=92 emits, in a sequence, α, α, β⁻, β⁻, α, α, α, α, β⁻, β⁻, α, β⁺, β⁺, α. What is the atomic number of resulting nucleus?
A nucleus with Z=92 emits, in a sequence, α, α, β⁻, β⁻, α, α, α, α, β⁻, β⁻, α, β⁺, β⁺, α. What is the atomic number of resulting nucleus?
What will be the height of the image produced by a convex mirror (focal length 20 cm) when an object of height 2 mm is placed on the axis at a distance of 20 cm from the mirror.
What will be the height of the image produced by a convex mirror (focal length 20 cm) when an object of height 2 mm is placed on the axis at a distance of 20 cm from the mirror.
The length of a telescope is 36cm. The focal lengths of its lenses can be:
The length of a telescope is 36cm. The focal lengths of its lenses can be:
In the given circuit, find the value of I_L (in mA):
In the given circuit, find the value of I_L (in mA):
Which is a valid output of the given gate circuit?
Which is a valid output of the given gate circuit?
A monoatomic ideal gas undergoes an adiabatic process at room temperature. The relation between temperature and volume is TVˣ = constant, then x is:
A monoatomic ideal gas undergoes an adiabatic process at room temperature. The relation between temperature and volume is TVˣ = constant, then x is:
A 20g lead bullet traveling at 300 m/s strikes and halts inside a wooden block. Assuming 50% of heat is absorbed by the bullet, calculate the rise in temperature. The specific heat of lead is 150 J/kg-K.
A 20g lead bullet traveling at 300 m/s strikes and halts inside a wooden block. Assuming 50% of heat is absorbed by the bullet, calculate the rise in temperature. The specific heat of lead is 150 J/kg-K.
When a given mass of gas is heated, a graph between volume V and absolute temperature T was obtained. During the heat process from state-1 to state-2, the pressure:
When a given mass of gas is heated, a graph between volume V and absolute temperature T was obtained. During the heat process from state-1 to state-2, the pressure:
The dimensional formula for the magnetic moment is:
The dimensional formula for the magnetic moment is:
If a pipe gives notes of frequencies 375 Hz, 625 Hz and 875 Hz, what is the fundamental frequency of the pipe and its type?
If a pipe gives notes of frequencies 375 Hz, 625 Hz and 875 Hz, what is the fundamental frequency of the pipe and its type?
Two sitar strings A and B playing the note “Sa” are slightly out of tune and produce beats of frequency 5 Hz. The tension of the string B is slightly decreased and the beat frequency is found to decrease to 3 Hz. What is the original frequency of B, if frequency of A is 255 Hz?
Two sitar strings A and B playing the note “Sa” are slightly out of tune and produce beats of frequency 5 Hz. The tension of the string B is slightly decreased and the beat frequency is found to decrease to 3 Hz. What is the original frequency of B, if frequency of A is 255 Hz?
With a light of 4800Å, the fringe-width is found to be 0.03 mm. What will be the fringe-width if the light of wavelength 6400Å is used?
With a light of 4800Å, the fringe-width is found to be 0.03 mm. What will be the fringe-width if the light of wavelength 6400Å is used?
In Fraunhofer diffraction, light of wavelength 6328 angstroms is incident on a slit of width 0.2 mm perpendicularly. What is the angular fringe width of the secondary maxima?
In Fraunhofer diffraction, light of wavelength 6328 angstroms is incident on a slit of width 0.2 mm perpendicularly. What is the angular fringe width of the secondary maxima?
A rigid body of mass 4kg moves under the action of a horizontal force of 18N, on a table with kinetic friction coefficient 0.2. What will be the work done in 10 s.
A rigid body of mass 4kg moves under the action of a horizontal force of 18N, on a table with kinetic friction coefficient 0.2. What will be the work done in 10 s.
A horizontal long wire carries 30A, the linear density of which is 45g/m. Calculate the magnitude of the required magnetic force to balance.
A horizontal long wire carries 30A, the linear density of which is 45g/m. Calculate the magnitude of the required magnetic force to balance.
Flashcards
Circular Motion Angle
Circular Motion Angle
In circular motion, the time at which the total acceleration makes a 45° angle with the radial acceleration.
Satellite's Total Energy
Satellite's Total Energy
The total energy of a satellite orbiting Earth at a height equal to Earth's radius, in terms of gravitational acceleration.
Equatorial Weight Reduction
Equatorial Weight Reduction
The angular speed of Earth's rotation at which a person's weight on the equator becomes half their weight at the poles.
Percentage Error
Percentage Error
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Induced Current Direction
Induced Current Direction
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Momentum of Light
Momentum of Light
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Work and Charges
Work and Charges
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Terminal Velocity Ratio
Terminal Velocity Ratio
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Meter Bridge Resistances
Meter Bridge Resistances
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Electrostatic Force & Equilibrium
Electrostatic Force & Equilibrium
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Temperature & Volume
Temperature & Volume
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Bullet Temperature
Bullet Temperature
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Constant Parameter
Constant Parameter
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Magnetic Moment
Magnetic Moment
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Frequency
Frequency
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Original Frequency B
Original Frequency B
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Final width
Final width
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Magnetic Field
Magnetic Field
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Binding energy
Binding energy
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Atomic Number
Atomic Number
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Hallide compound formation
Hallide compound formation
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Shape of molecule
Shape of molecule
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Solid exist
Solid exist
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Statement realted
Statement realted
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compound stability
compound stability
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Valence bond theory
Valence bond theory
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Inocorrect option
Inocorrect option
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Basic compounds
Basic compounds
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Statements realted
Statements realted
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Name Reaction
Name Reaction
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Which product form
Which product form
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Alcohol oxidation
Alcohol oxidation
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Boiling point
Boiling point
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Transgenic animal
Transgenic animal
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Ethine Molecule
Ethine Molecule
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Correct statement
Correct statement
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Study Notes
General Exam Information
- This document is a test booklet for the NEET (UG) Major Test #03, scheduled for February 16, 2025.
- It is designed for students in the 12th grade, either currently undergoing or having completed their studies, and covers the full syllabus.
- The booklet contains 48 pages and instructions, which are to be read carefully
- Do not open until asked to do so.
Instructions for Test Takers
- Fill in details on the answer sheet carefully using a blue or black ballpoint pen.
- The test duration is 3 hours and 20 minutes
- The test booklet contains 200 questions, each worth 4 marks.
- One mark will be deducted for each incorrect answer.
- The maximum possible score is 720.
- Each subject is divided into two Sections: A and B.
- Section A consists of 35 mandatory questions
- Section B has 15 questions, of which only 10 need to be attempted. If more than 10 are answered, only the first 10 will be evaluated. Choose the most suitable answer if a question has multiple correct options.
- Use a blue or black ballpoint pen for filling details and marking answers.
- Rough work should be done in the test booklet itself.
- Hand over the answer sheet to the invigilator before leaving, but candidates may keep the test booklet.
- Do not fold or make stray marks on the answer sheet.
- Write your form number only in the designated areas on the test booklet and answer sheet.
- Correction using white fluid is not allowed.
- In case of ambiguity, the English version of the question will be considered final.
Candidate Information
- Space is provided to write the candidate's name (in capital letters), form number (in figures and words), and center of examination (in capital letters).
- A space for the candidate's signature and the invigilator's signature is also provided.
Physics - Section A
- In circular motion with tangential acceleration a_t = 12 m/s², for a circle of radius 3 m, the time when total acceleration makes a 45° angle with radial acceleration is 1/2 s.
- For a satellite of mass 'm' orbiting Earth at a height equal to Earth's radius R, the total energy is -mgR/4, g being the gravity.
- Angular speed of Earth’s rotation for a person at the equator to have half the weight at the poles, is 8.75 × 10⁻⁴ rad/s.
- For a block in contact with a vertical wall, friction is zero
- If a liquid rises to 2 cm in a capillary tube with a contact angle of zero, the angle of contact when the tube is lowered so only 1 cm is above the liquid, it is 0°.
- For two bodies of mass 6 kg and 4 kg tied with a string, where the table and pulley are frictionless, acceleration of mass 6 kg is 6 m/s².
- For a disc and a ring of the same mass rolling with equal kinetic energies, the ratio of their velocities will be √3 : √2.
- With a screw gauge of least count 0.001 cm, if the thickness of a pencil is 0.802 cm, the percentage error in the measurement is 0.125%.
- For the given circuit with an AC source of V = 20 cos(2000t), voltmeter and ammeter readings are 0 V and 0.47 A, respectively.
- For three resistors A, B, and C with resistances 3R, 6R, and R, the ratio of thermal powers dissipated is 4:2:3.
- A conducting loop kept perpendicular to the increasing magnetic field will have a clockwise direction of induced current.
- Light with an energy flux of 40 W/cm² incident on a non-reflecting surface of area 20 cm² delivers a total momentum of 24 × 10⁻⁵ kg m/s in 10 minutes (complete absorption).
- The total work done in moving a charge (-q) from point A to point C such that ABC forms an equilateral triangle of side l is Zero
- If a 3 mm radius sphere falling in a viscous liquid attains a terminal velocity of 10 cm/s, then a 6 mm radius sphere of the same material will attain 40 cm/s.
Physics - Section B
- In gaps of meter bridge two unknown resistances A and B gives null point for the wire gets divided in ratio of 3:4, the null point is divided in ratio 7:8, the values of resistance A and B are respectively 20Ω; 30Ω
- A coin is dropped in a lift the time to reach the floor is t₁ when lift is stationary and it takes time t2 when is moving up with constant acceleration, then t2>t₁ A ball thrown by one player reaches other player in 2 sec. The maximum height attained by the ball above the point of projection will be 5m
- A bulb lamp emits light of mean wavelength of 4500 Å. The lamp is rated at 150 W and 8% of the energy appears as emitted light. The photons emitted by the lamp per second are 2.717 × 10¹⁸. When the three energy levels in a atom are transitioned and spectral lines of wavelength increase, then λ₁ = λ₂ - λ₃
Chemistry - Section A
- Find the formula of halide of a metal successive ionization energies are 10, 16, 25, 400, 500 eV mol–1 respectively :-MX3
- Which of the following electronic configuration* will have nearly zero electronegativity ?: –1s2
2s2.
The shape of
AsF5
according to V.S.E.P.R theory :-Trigonal bipyramidal - Solid PCl5 exist as – – [PCl4]+ & [PCl6]– Which of the following statement regarding NH3. and NF3 is correct .
- Resultant dipole moment of. NH3 is (4.90 *. 10–30 cm) and that of. NF3 is (0.8 * 10–30 cm) . Stability of the species Li2, Li2+and Li2– increases in the order of :-Li2 > Li2 > Li –
Chemistry - Section B.
Match the coordination number and type of hybridisation with distribution of hybrid orbitals in space based on Valence bond theory. The isomer can be marked as :- Cis isomer Which among the following statements is incorrect. In d-block elements consecutive oxidation state differ by unity. The most basic oxide of lanthanoids is :- Eu(OH)3 Which of the statements is not true?:- Na2Cr2O7 is preferred over K2Cr2O7 in volumetric analysis If the fertilizers listed below are priced according to their nitrogen content, which will be the least expensive per 50 kg bag ? Urea, (NH2)2CO The two electrons X and Y have following sets of quantum numbers -X and Y have same energy The reaction for which. K = 2.3 * 103 moles/litre is -
Botany - Section A
- Perisperm* is Persistent nucellus in seed
- Which of the following can withstand high temperatures, strong acids and alkali ? -Sporopollenin In Mendelian experiment which of the following trait is dominant . Yellow seed colour 1 Table idenitifies the correct blood group gene types.
Botany -Section B
- Following is true to the following statements*
- a,b c,d Option statement 1 Given pedigree which is is a X link recessive eukaryotic mNRA, while prokarotic is monocystronic iii only as its the correct statement. #####Which statements are correct**
- (1) (ii), (iii) and (v) -* is that statement answer.
- Given mRNA sequences -* identify the amino acide
- Methanol and serilisers - recognise
- the lipid transfer process
- select the
-
a-b, c-c
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