Home
Class 12
PHYSICS
Let P, Q and R represent the position of...

Let P, Q and R represent the position of the car at different instants of time.
Consider the following statements with reference to the above situation.
I. Distance moved by the car from O to P is OP = 360 m.
II. Distance and path length are same, so path length traversed from O to P is also OP = 360 m.
III. If the car moves from O at P and then moves back from P to Q, the path length traversed is OP + PQ = 480 m.
IV. If the car moves from O to P and then moves back from P to Q, the path length traversed is OQ = 240 m

A

I, Il and III are correct

B

I, II and IV are correct

C

I and III are correct

D

Only IV is correct

Text Solution

Verified by Experts

The correct Answer is:
A
Promotional Banner

Similar Questions

Explore conceptually related problems

AP is tangent to circle O at point P, What is the length of OP?

Consider the point P as the origin and time OP as the x-axis in the situation shown in the figure. Which of the following represents the coordinates of the image of the point object O. (Take OP = 20 cm )

Assertion : Distance is a scalar quantity. Reason : Distance is the length of path traversed.

Consider the following statements: Car I is parked near a post office II. Car II is moving along a straight road with uniform speed Which of the following distance?time graphs represents the motion of the respective cars?

Find the length of the tangent to a circle with centre O and radius 6cm from a point P such that OP=10cm?

A car is moving along a straight (OP). It moves from O "to" P in 18 seconds and returns from P "to" Q in 6 seconds, where OP=360 m and OQ=240 m What are the car the average velocity and average speed of the car in going (a) from O "to" P and back to Q ?

A car moves from O to D along the path OABCD shown in fig. What is distance travelled and net displacement.