Equation of Motion with Constant Acceleration

If a body has zero acceleration then which of the following statements about its velocity is true?

Acceleration due to gravity does not depend on which of the following physical quantities?

We know when a body is under free fall motion the acceleration is constant and whose magnitude is _____ $m/s^2$.

Which of the following options correctly depicts the unit of acceleration?

Which of the following is true about a body falling freely under the action of gravity?

Which of the following forces acts on a body when it is under free fall in a vacuum?

If a body is dropped from a high tower and if the viscosity of the air is neglected then the motion is termed as _____.

Negative acceleration is termed as _____ in Kinematics.

When a body whose velocity is decreasing with time then the acceleration will act _____ to the velocity.

Which of the following options about acceleration is wrong?

What will be the body height if the mass given is $3kg$ and it reaches the ground after $5$ seconds?

$v=\frac{v_0+v}{2}$ is the equation for the representation of the fact that the acceleration is _____.

$a\left(t\right)=\frac{d}{dt}v\left(t\right)$ is the mathematical formula for which of the following?

Acceleration is a vector unit same as velocity where velocity could change its magnitude or direction, or both therefore change in acceleration can be noticed in its _____.

If the particle has the velocity of $6ms$ initially and the final velocity is $8ms$ at $t=0$, then what will be the constant acceleration at $t=1$?

A particle of mass m is projected vertically and a $t=0$ it is a its top most point (at height $H$). It now explodes into two particles of equal mass. The first particle to hit the ground falls vertically and hits it in time $T$. Find time taken by the other particle to hit the ground.