Acceleration

What Is Acceleration?|Non Uniform Velocity|Non Uniform Motion|Acceleration |Properties Of Acceleration|Activity (Acceleration VS Constant Velocity)|Activity (Acceleration VS Constant Retardation)|Types Of Acceleration|OMR|Summary

For any particle moving with some velocity (vecv) & acceleration (veca) , tangential acceleration & normal acceleration are defined as follows. Tangential acceleration - The component of acceleration in the direction of velocity. Normal acceleration - The component of acceleration in the direction perpendicular to velocity. If at a given instant, velocity & acceleration of a particle are given by . vecc=4hati +3hatj vaca=10hati+15hatj+20hatk Find the tangential acceleration of the particle at the given instant :-

For any particle moving with some velocity (vecv) & acceleration (veca) , tangential acceleration & normal acceleration are defined as follows. Tangential acceleration - The component of acceleration in the direction of velocity. Normal acceleration - The component of acceleration in the direction perpendicular to velocity. If at a given instant, velocity & acceleration of a particle are given by . vecc=4hati +3hatj veca=10hati+15hatj+20hatk Find the normal acceleration of the particles at the given instant :-

A particle moves in a circle with constant tangential acceleration starting from rest. At t = 1/2 s radial acceleration has a value 25% of tangential acceleration. The value of tangential acceleration will be correctly represented by

A cylindrical tank contains water up to a height H. If the tank is accelerated upwards with acceleration a, the pressure at the A is p_(1) . If the tank is accelerated downwards with acceleration a the pressure at A is p_(2) . Then

Calculate the ratios of the following accelerations: the acceleration w_1 due to the gravitational force on the Earth's surface, the acceleration w_2 due to the centrifugal force of inertia on the Earth's equator, and the acceleration w_3 caused by the Sun to the bodies on the Earth.

In a projectile motion,the velocity:- (1) is always perpendicular to the acceleration (2) is never perpendicular to the acceleration (3) is perpendicular to the acceleration for one instant only (4) is perpendicular to the acceleration for two instants

If a body is accelerating:

Comparision Of An Accelerated Fluid With An Accelerated Pendulum

An accelerated charge