2 Animated Videos | 26 Structured Questions.
Derivation of equation of motion using initial velocity, final velocity, displacement, time and acceleration.
Acceleration from distance covered, time and initial speed.
Find the value of time t.
Find the retardation and time taken for the process.
Find the initial velocity for given situation.
Find the distance of car from check post 2 mins after.
If speed becomes n times, the minimum distance to stop?
Average velocity of particle in the first t seconds?
Velocity when returns to the starting point?
Displacement of particle in nth second?
Ratio of distance covered in 1st, 2nd, 3rd seconds?
Ratio of distance travelled during the 4th and 3rd sec?
Distance covered in the 7th second?
Find the initial velocity and acceleration.
Length of the path if both reached at same instant?
Time at which the particle becomes stationary?
Ratio of distance covered in the 1st, 2nd, 3rd, ... Interval?
Mark figures that correctly represent the motion qualitatively.
Draw the v-t graph and s-t graph.
What is the velocity of particle at given time?
Mark the correct statement(s).
Find the given ratio.
Select correct statement(s).
Find the ratio t1_/t2_.
Find acceleration, retardation and time taken.
Find acceleration and time taken by the car to cover this distance.
Find uniform acceleration if change in velocity is given.
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