The horizontal range and maximum height attained by a projectile are $R$ and $H$, respectively. If a constant horizontal acceleration $a=\frac{g}{4}$ is imparted to the projectile due to wind, then its horizontal range and maximum height will be

Q. The horizontal range and maximum height attained by a projectile are $R$ and $H$, respectively. If a constant horizontal acceleration $a=\frac{g}{4}$ is imparted to the projectile due to wind, then its horizontal range and maximum height will be

Q. The horizontal range and maximum height attained by a projectile are $R$ and $H$, respectively. If a constant horizontal acceleration $a=\frac{g}{4}$ is imparted to the projectile due to wind, then its horizontal range and maximum height will be

Q. Maximum height and time of flight for a projectile are H and T respectively .If a constant horizontal acceleration a = g / 4 is imparted to the projectile due to wind ,then its maximum height and time of flight will be

Q.
The horizontal range of a projectile is $R$ and the maximum height attained is $H$. A strong wind now begins to blow in the direction of motion of projectile giving it a horizontal acceleration equal to $\frac{g}{2}$. Under the same condition of projectile the horizontal range of projectile will be

Q. The horizontal range of a projectile is $R$ and the maximum height attained by it is $H$. A strong wind now begins to blow in the direction of horizontal motion of the projectile, giving it a constant horizontal acceleration equal to $g$. Under the same conditions of projection, the new range will be (g = acceleration due to gravity)