Home » Ask Physics » Motion under gravity and time of fall

Motion under gravity and time of fall

By in Ask Physics on .

A body of mass m1 and another body of mass m2 are dropped from wqual heights.If time taken by the balls are t1 and t2 respectively then t1=t2. How ?

Answer:

The acceleration due to gravity is independent of mass of body. When two different masses  are dropped from the  same height, they will take same time  to reach the surface of earth.

You may also like:

  1. Motion under gravity
  2. Acceleration due to gravity problem
  3. Horizontal projectile and freely falling body
  4. Weight and inertia on moon
  5. Acceleration of a body on a rough surface
  6. Gravity, Balance and some doubts
  7. Gravitation – Why acceleration due to gravity increases at pole instead of decreasing?
  8. Mass of Earth
  9. Numerical from Motion and Force for CBSE Class 9 SA1
  10. A body is dropped from a tower of height 96 m. Another body is thrown up from the ground after a second with a velocity of 40 m/s.When and where they will meet?

Tags: , , , , , , , , , , , , , , , , , , , , , ,

Visitors So Far @ AskPhysics

  • 2,046,756 hits

Subscribe to Blog via Email

Enter your email address to subscribe to this blog and receive notifications of new posts by email.

Join 4,001 other subscribers

askphysics@Twitter

Ask Physics
@askphysics

  • FTL (Faster Than Light) Communication https://t.co/3crfAyliqK https://t.co/wjBxIwLR9e
    about 10 hours ago
%d bloggers like this: