A body covers a distance of 4 m in `3^(rd)` second and 12m in `5^(th)` second. If the motion is uniformly accelerated. How far will it travel in the next 3 seconds?

A body traveIs 400 cm in the 3rd second and 1200 cm in the 5th second. If the motion is uniformIy acceIerated, how far willI it traveI in next 3 seconds?

A body covers 10 m in 4 second and 15m in 16 second of its uniformly accelerated motion. How far will it travel in the next 3 seconds?

A body covers 6m in 3rd second and 10min 5th second. If motion is uniformly accelerated, how far will it travel in the next three seconds (from t = 5 sec. to t = 8 sec).

A body travels 4 m in 3rd second 12 m in 5th second. Of the motion of the body is uniformaly accelerated , then how much distance will it travel in the next 3 seconds?

A body covera 10 m in the seconds second and 25 m in finfth second of its motion. If the motion is uniformly accelerated, how farwill it go in the the seventh second?

A body covera 10 m in the seconds second and 25 m in finfth second of its motion. If the motion is uniformly accelerated, how farwill it go in the the seventh second?

A particle travels a distance of 20 m in the 7^(th) seconds and 24 m in 9^(th) second. How much distance shall it travel in the 15^(th) second?

A particle travels a distance of 20 m in the 7^(th) seconds and 24 m in 9^(th) second. How much distance shall it travel in the 15^(th) second?