Gravitation

Previous year questions with solutions · 2000 – 2026

62Questions

34Papers covered

3.33%Weightage 2026▼ 25% vs last year

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Year-wise statistics questions · papers · average per paper · weightage

Year	Questions	Papers	Avg / paper	Weightage
2026	3	2	1.5	3.33% ▼ 25% vs last year
2025	2	1	2	4.44% ▲ 11.1% vs last year
2024	4	2	2	4.00% same as last year
2023	2	1	2	4.00% same as last year
2022	4	2	2	4.00% same as last year
2021	2	1	2	4.00% ▲ 80% vs last year
2020	1	1	1	2.22% ▼ 50% vs last year
2019	2	1	2	4.44% same as last year
2018	2	1	2	4.44% same as last year
2017	2	1	2	4.44% same as last year
2016	4	2	2	4.44% same as last year
2015	4	2	2	4.44% same as last year
2014	2	1	2	4.44% same as last year
2013	4	2	2	4.44% ▼ 28.9% vs last year
2012	5	2	2.5	6.25% ▲ 64.6% vs last year
2011	3	2	1.5	3.80% ▼ 23.1% vs last year
2010	4	2	2	4.94% ▲ 142% vs last year
2009	1	1	1	2.04% ▼ 4.1% vs last year
2007	1	1	1	2.13% ▲ 6.4% vs last year
2006	1	1	1	2.00% ▼ 53% vs last year
2005	2	1	2	4.26% ▲ 95.7% vs last year
2004	1	1	1	2.17% ▼ 62.3% vs last year
2003	3	1	3	5.77% ▲ 182.7% vs last year
2001	1	1	1	2.04% ▼ 54.1% vs last year
2000	2	1	2	4.44%

TopicYear

62 questions · newest paper first · page 3 of 3

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Ques. 61AIPMT 2000

For a planet having mass equal to mass of the earth but radius is one fourth of radius of the earth. Then escape velocity for this planet will be

Ques. 62AIPMT 2000

A body of weight 72 N moves from the surface of earth at a height half of the radius of earth, then gravitational force exerted on it will be