Consider the L-shaped brick in the diagram below. If an ant starts from A, find the minimum distance it has to travel along the surface to reach B.

A cubical room has dimensions 4 ft xx 4 ft xx 4 ft . An insect starts from one corner O and reaches a corner on the opposite side of the body diagonal. Suppose that insect does not fly but crawls. Find the minimum distance travelled by insect to reach the destination.

A cubical room has dimensions 4 ft xx 4 ft xx 4 ft . An insect starts from one corner O and reaches a corner on the opposite side of the body diagonal. Suppose that insect does not fly but crawls. Find the minimum distance travelled by insect to reach the destination.

Consider the situation as shown in the figure. The system is released from rest. Find the speed of m when it has traveled a distance d on a rough surface.

An object undergoes an acceleration of 8 m//s^(2) starting from rest. Find the distance travelled in 1 second.

A rod or length 2m starts to roll on a horizontal surface as shown in figure. At the same time an ant starts from one end of the rod to other and when the rod rools through a distance 10m the ant dreaches the other end (B). Calcualte the distance and displacement of the ant (a) with respect to the rod (b) with respect to the ground.

long piece of paper is10 cm wide and is moving uniformly along its length with a velocity of 2 cm//s . An ant starts moving on the paper from point A and moves uniformly with respect to the paper. A spider was located exactly opposite to the ant just outside the paper at point B at the instant the ant started to move on the paper. The spider, without moving itself, was able to grab the ant 5 second after it (the ant) started to move. Find the speed of ant relative to the paper.

The dimensions (measurements) of a hall are 12m, 4 m and 3, respectively. An ant starts at one corner of the hall, travels only along the adgees and reaches a diagonally opposite, corner, taking the shortest possible route. Find the distance travelled by the at t and its magnitude of displacement .

A particle starts from rest and has velocity kt after time t. The distance travelled in time t is-