NON UNIFORM ACCELERATION AND ITS APPLICATION | BASIC GRAPHS A-T| V-T

Slope Of X-T Graph|Reading Of V-T Graph

Reading Of X-T Graph|Reading Of V-T Graph

Slope Of Tangent Of X-t Curve- Velocity |V-t Graph|A-t Graph|If Acceleration Of The Body Is Zero |If A Body Has Constant Acceleration |Exercise Questions

V-t Graph|If A Body Has Constant Acceleration |A-t Graph|Exercise Questions |If Acceleration Of The Body Is Zero |Slope Of Tangent Of X-t Curve- Velocity

Graph|V - t Graph|a - t Graph|If Acceleration Of The Body Is Zero|If A Body Has Constant Acceleration|Question

Graph|V - t Graph|a - t Graph|If Acceleration Of The Body Is Zero|If A Body Has Constant Acceleration|Question

STATEMENT - 1 : Equation of motion (v=u+at) is applicable even if the acceleration is non-uniform. STATEMENT - 2 : The initial velocity of a body is u and its acceleration is ft where f is a constant and t is time. The displacement in time t is (ut+(1)/(2)ft^(2)) . STATEMENT - 3 : The area enclosed by the a-t graph and time axis gives the change in velocity of the body.

Activity- Uniform Accelerated Motion|Graph For Uniform Retardation|Graph For Uniform Motion|Graph For Uniform Accelerated Motion|Identify The Type Of Motions Separately |Activity- Non-Uniform Accelerated Motion|Graph For Non Uniform Accelerated Motion|Questions|OMR|Summary

The V-i graph for a conductor at temeratures T_1 and T_2 are as shown in the figure. (T_2 - T_1) is alphaortional to. .

The V - i graph for a conductor at temperature T_(1) and T_(2) are as shown in the figure. ( T_(2) - T_(1)) is proportional to