Ask a New Question

Question

A particle moving with uniform acceleration has initial velocity u. With the aid of a velocity time graph, show that the displacement s after time t is given by: s=ut+1/2*gt^2
10 years ago

Answers

Steve
sorry, no graphs here. No doubt a google search will turn some up for you to look at.

If calculus is something you have studied, the result is almost trivial.
10 years ago

Related Questions

a car is moving with a uniform speed of 15.0 m/s along a straight path. what is the difference cover... A particle is in uniform circular motion about the origin of an xy coordinate system, moving clockwi... A car P is moving with uniform speed of 5m/s towards a carriage of mass 9kg at rest kept on the rail... 1)A car is moving with uniform accelaration. It moves along two point A and B and enters with veloci... 1)A car is moving with uniform accelaration. It moves along two point A and B and enters with veloci... A particle moving with uniform acceleration in a straight line was first observed to be moving at 4.... a car is moving with a uniform speed of 72km/h .The driver sees a child at a distance of 50m. he app... A mass is moving in uniform circular motion under the effects of a centripetal force. If the force i... A Particle moving with uniform acceleration is found to travel 35m in the 8th second and 51m in the... A particle moving with uniform retardation covers distance 18 M, 14 M and 10 m in successive seconds...
Ask a New Question
Archives Contact Us Privacy Policy Terms of Use