If the acceleration of the object is known to be 2m / s and 178;, then in any 1s A. The final velocity of an object must be twice the initial velocity The final velocity of object B must be 2m / s higher than the initial velocity in the first 1s The initial velocity of Object C must be 2m / s higher than the final velocity in the first second The final velocity of object d must be 2m / s higher than the initial velocity Why do you choose D? I'm going to have an exam tomorrow

If the acceleration of the object is known to be 2m / s and 178;, then in any 1s A. The final velocity of an object must be twice the initial velocity The final velocity of object B must be 2m / s higher than the initial velocity in the first 1s The initial velocity of Object C must be 2m / s higher than the final velocity in the first second The final velocity of object d must be 2m / s higher than the initial velocity Why do you choose D? I'm going to have an exam tomorrow

Explain why the answer is d
If the acceleration of the object is known to be 2m / s and 178;, then in any 1s
Take 1 Δ v = a from vt-v0 = a (t-0) t
In any 1s, the final velocity of the object must be 2m / s higher than the initial velocity