In the previous problem, if initial velocity is `v_(0)`, then velocity and displacement will beA. `v_(0)t+kt^(2), v_(0)+(kt^(3))/6`B. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`C. `v_(0)+kt^(2), v_(0)t+(kt^(3))/6`D. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`

In the previous problem, if initial velocity is `v_(0)`, then velocity

1.	In the previous problem, if initial velocity is `v_(0)`, then velocity and displacement will beA. `v_(0)t+kt^(2), v_(0)+(kt^(3))/6`B. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`C. `v_(0)+kt^(2), v_(0)t+(kt^(3))/6`D. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`
Answer» Correct Answer - B

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In the previous problem, if initial velocity is `v_(0)`, then velocity and displacement will beA. `v_(0)t+kt^(2), v_(0)+(kt^(3))/6`B. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`C. `v_(0)+kt^(2), v_(0)t+(kt^(3))/6`D. `v_(0)+(kt^(2))/2, v_(0)t+(kt^(3))/6`

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