MHT CET Solutions Weightage 2025: Last 3 Year Trends

MHT CET Solutions Weightage 2025 is discussed below along with the last 3 year trends.

Abhilasha Kiran

Updated on - Apr 2, 2025 | 09:10 AM IST

MHT CET Solutions Weightage 2025: Last 3 Year Trends

MHT CET Solutions Weightage 2025 is given here (Image Credits: pexels.com).

MHT CET Solutions Weightage 2025: For MHT CET 2025 candidates, Solutions in Physical Chemistry is the most crucial topic. It is concerned with major concepts such as Raoult's Law, colligative properties, osmotic pressure, Henry's Law, and Vant Hoff factor which are highly likely to frequently come in the exam. Given past trends, Solutions has always provided 2-3 questions in the MHT CET Chemistry section for the last three years. As there are typically number of problems from this chapter, familiarity with the formulas and how to use them can increase accuracy and score.

MHT CET Solutions Weightage 2025

The candidates can check below the question weightage from Solutions that can be expected:

Chapters	Weightage
Solutions	2 - 3

MHT CET Chemistry Important Links |

MHT CET Solutions Last 3-Year Trends in Weightage

Candidates appearing for the MHT exam can check the last 3 years' trends in Solutions Weightage:

Class	Class 12
Chapter	Solutions
2024 Weightage Trend	46
2023 Weightage Trend	37
2022 Weightage Trend	33
Last 3 Years Total	117

MHT CET Physics Important Links |

MHT CET Maths Important Links |

MHT CET Biology Important Links |

MHT CET Biology Weightage 2025: Expected Number of Questions

MHT CET Solutions Import

Q.1. What type of solution is the iodine in air?

Correct answer: Solid in gas

Q.2. Calculate the relative lowering of vapour pressure if vapour pressure of pure solvent and vapour pressure of solution at 250 are 32 and 30 mm Hg respectively.

Correct answer: 0.0625

Q.3. Identify the correct statement from the following properties.

Correct answer: The vapour pressure of solution containing nonvolatile solute is lower than that of pure solvent at any given temperature.

Q.4. In a solution, mole fraction of solute is 0.2 , when lowering in vapour pressure is 10 mm Hg . To get lowering of vapour pressure of 20 mm Hg , mole fraction of solute in solution is

Correct answer: 0.4

Q.5. Which of the following solutions will not show flow of solvent in either direction when separated by semipermeable membrane?

Correct answer: 6g urea dm^-3 and 34.2g glucose dm^-3

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