A: An object moving with a velocity of magnitude 10 m/s is subjected to a uniform acceleration 2 m//s^(2) at right angle to the initial motion. Its velocity after 5 s has a magnitude nearly 14 m/s rarr rarr rarr R: The equation vec(v) = vec(u) + vec(a)t can be applied to obtain vec(v) if vec(a) is constant

A: An object moving with a velocity of magnitude 10 m/s is subjected t

1.	A: An object moving with a velocity of magnitude 10 m/s is subjected to a uniform acceleration 2 m//s^(2) at right angle to the initial motion. Its velocity after 5 s has a magnitude nearly 14 m/s rarr rarr rarr R: The equation vec(v) = vec(u) + vec(a)t can be applied to obtain vec(v) if vec(a) is constant
Answer» If both A and B are true and R is the correct explanation of A If both A and R are true but R is not correct EXPLANTION of A If A is true but R is FALSE If A is false but R is true Answer :A