Distance between a frog and an insect on a horizontal plane is 10 m. The frog can jump with a maximum speed of √10 m s^(-1.) (g = 10 m s^(-2)) The…

Question

Distance between a frog and an insect on a horizontal plane is 10 m. The frog can jump with a maximum speed of √10 m s^(-1.) (g = 10 m s^(-2)) The minimum number of jumps required by the frog to catch the insect is :

MARKS Content Team · Accepted Answer

Correct answer: (B) 10. For the minimum number of jumps, the range must be maximum. maximum range =u^2g=10^210=1 m Total distance to be covered = 10 m So the minimum number of jumps = 10

Distance between a frog and an insect on a horizontal plane is $10 m$ . The frog can jump with a maximum speed of $\sqrt{10} {m s}^{- 1.}$ $(g = 10 {m s}^{-2})$ The minimum number of jumps required by the frog to catch the insect is :

Solution

More Motion In Two Dimensions Questions

Distance between a frog and an insect on a horizontal plane is 10 m. The frog can jump with a maximum speed of 10 m s-1. (g = 10 m s-2) The minimum number of jumps required by the frog to catch the insect is :

Solution

More Motion In Two Dimensions Questions

Distance between a frog and an insect on a horizontal plane is $10 m$ . The frog can jump with a maximum speed of $\sqrt{10} {m s}^{- 1.}$ $(g = 10 {m s}^{-2})$ The minimum number of jumps required by the frog to catch the insect is :