NEET Chemistry MCQs

    Improve your NEET Chemistry preparation with topic-wise practice questions. Strengthen concepts with our comprehensive NEET Chemistry question bank.

    NEET Questions / Chemistry

    Select Chapter

    Some Basic Concepts in Chemistry
    Structure Of Atom
    States Of Matter
    Chemical Equilibrium
    Classification of Elements and Periodicity in Properties
    Hydrogen
    Organic Chemistry: Some basic principles and techniques
    Hydrocarbons
    Solutions
    Redox Reactions
    Chemical Kinetics
    Coordination Compounds
    Haloalkanes And Haloarenes
    Alcohols, Phenols And Ethers
    Chemistry In Everyday Life
    Classification Of Elements
    The S-Block Elements
    Environmental Chemistry
    The Solid State
    Electrochemistry
    Surface Chemistry
    General Principles And Processes Of Isolation Of Elements
    1.

    A solution is prepared by dissolving 2.5g of a non-volatile solute in 100g of water. The vapor pressure of the solution is found to be 22.87 Torr at 25∘C25^\circ C. If the vapor pressure of pure water is 23.76 Torr at the same temperature, what is the molar mass of the solute (in g/mol)?

    A

    60

    B

    120

    C

    30

    D

    90

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Some Basic Concepts in Chemistry
    🎯Topic:Concentration Methods
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :2 mins
    πŸ”„Ncert Concepts :Solutions, Raoult's Law, Colligative Properties, Molar Mass
    2.

    Which of the following is NOT a colligative property?

    A

    Relative lowering of vapour pressure

    B

    Elevation of boiling point

    C

    Depression of freezing point

    D

    Surface tension

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Types Of Solutions
    πŸŽ“ Ncert Level:Remembering
    🎯Difficulty :Hard
    ⚑ Time Required :1 mins
    πŸ”„Ncert Concepts :Solutions, Colligative Properties
    3.

    Two solutions, A and B, are prepared by dissolving a non-volatile solute in different solvents. Solution A has a higher boiling point elevation than solution B, even though both solutions have the same molality. Which of the following statements is the MOST likely explanation for this observation?

    A

    Solution A's solvent has a higher ebullioscopic constant.

    B

    Solution A's solvent has a lower ebullioscopic constant.

    C

    The solute in solution A dissociates more than the solute in solution B.

    D

    The solute in solution B dissociates more than the solute in solution A.

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :2 mins
    πŸ”„Ncert Concepts :Colligative Properties, Boiling Point Elevation, Ebullioscopic Constant
    4.

    A solution containing a non-volatile solute exhibits an osmotic pressure of 2.0 atm at 298 K. If the same mass of solute is dissolved in twice the volume of the same solvent, what will be the new osmotic pressure at the same temperature?

    A

    1.0 atm

    B

    2.0 atm

    C

    4.0 atm

    D

    0.5 atm

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :1.5 mins
    πŸ”„Ncert Concepts :Colligative Properties, Osmotic Pressure
    5.

    A 0.1 molal aqueous solution of a weak electrolyte, HX, freezes at -0.208 Β°C. Assuming ideal behavior, what is the van't Hoff factor (i) for HX in this solution? (Kf_f for water = 1.86 K kg molβˆ’1^{-1})

    A

    1.00

    B

    1.12

    C

    1.50

    D

    2.00

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :2 mins
    πŸ”„Ncert Concepts :Colligative Properties, Freezing Point Depression, van't Hoff Factor
    6.

    Two isotonic solutions, A and B, are separated by a semipermeable membrane. Solution A contains a non-electrolyte solute, while solution B contains an electrolyte solute that dissociates into two ions. Which statement accurately describes the initial net movement of solvent?

    A

    Solvent will move from solution A to solution B.

    B

    Solvent will move from solution B to solution A.

    C

    There is no net movement of solvent.

    D

    Solvent will move in both directions at equal rates, but there will be no net change.

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Understanding
    🎯Difficulty :Hard
    ⚑ Time Required :1.5 mins
    πŸ”„Ncert Concepts :Colligative Properties, Osmotic Pressure, Isotonic Solutions
    7.

    The observed freezing point depression of a 0.01 m aqueous solution of a weak acid HA is 0.0205 Β°C. If the KfK_f of water is 1.86 K kg/mol, which expression correctly calculates the percent ionization of the weak acid?

    A

    (0.0205/1.86/0.01)βˆ’1(2βˆ’1)imes100 \frac{(0.0205/1.86/0.01) - 1}{(2-1)} imes 100

    B

    (1.86imes0.01/0.0205)βˆ’1(2βˆ’1)imes100 \frac{(1.86 imes 0.01/0.0205) - 1}{(2-1)} imes 100

    C

    (0.0205/1.86/0.01)(2βˆ’1)imes100 \frac{(0.0205/1.86/0.01)}{(2-1)} imes 100

    D

    (1.86imes0.01imes0.0205)(2βˆ’1)imes100 \frac{(1.86 imes 0.01 imes 0.0205)}{(2-1)} imes 100

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :3 mins
    πŸ”„Ncert Concepts :Colligative Properties, Freezing Point Depression, van't Hoff Factor, Percent Ionization
    8.

    A solution is prepared by dissolving 1.8 g of a non-volatile solute in 90 g of water. The vapor pressure of the solution is found to be 23.375 mm Hg at 25Β°C. If the vapor pressure of pure water at 25Β°C is 23.76 mm Hg, what is the molar mass of the solute? (Molar mass of water = 18 g/mol)

    A

    60 g/mol

    B

    180 g/mol

    C

    30 g/mol

    D

    120 g/mol

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Colligative Properties
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :3 mins
    πŸ”„Ncert Concepts :Colligative Properties, Raoult's Law, Vapor Pressure Lowering
    9.

    A 0.1 molal aqueous solution of a weak acid HA freezes at -0.208°C. Assuming the acid to be 25% ionized, calculate the apparent molecular weight of the acid in solution. (KfK_f for water = 1.86 K kg mol⁻¹)

    A

    90 g/mol

    B

    100 g/mol

    C

    112.4 g/mol

    D

    125 g/mol

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Abnormal Molar Mass
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :3 mins
    πŸ”„Ncert Concepts :Abnormal Molar Mass, Van't Hoff Factor, Colligative Properties
    10.

    The van't Hoff factor for 0.1 M Ba(NO3)2Ba(NO_3)_2 solution at 25 Β°C is 2.74. The degree of dissociation is:

    A

    0.87

    B

    0.57

    C

    0.94

    D

    0.47

    Question Tags

    πŸ“š Subject:Chemistry
    πŸ“‘ Chapter:Solutions
    🎯Topic:Abnormal Molar Mass
    πŸŽ“ Ncert Level:Application
    🎯Difficulty :Hard
    ⚑ Time Required :2 mins
    πŸ”„Ncert Concepts :Abnormal Molar Mass, Van't Hoff Factor, Colligative Properties, Degree of Dissociation

    Showing 1 to 10 of 206 entries

    company logo

    NEET Subjects

    Our Bots

    Company