What is the angle between velocity and acceleration is vertically projected body?

During upward motion of a body projected vertically upward, the angle between velocity and ‘g’ is 90^∘ .

What is the angle between velocity and acceleration when we throw a body upwards?

90^∘
During upward motion of a body projected vertically upward, the angle between velocity and ‘g’ is 90^∘ .

When a body is projected vertically upwards its velocity?

When a body is projected vertically up from the ground its velocity is reduced to 41​th of its velocity at ground at height h. Then the maximum height reached by the body is.

When body is projected upward value of g is?

When a body is thrown vertically upwards, its velocity is decreasing so the acceleration due to gravity (g) is taken as negative i.e. g = – 9.8 ms–2. When a body is dropped freely from a height, its initial velocity (u) is zero. When a body is thrown vertically upwards, its final velocity (v) becomes zero.

What is the angle between velocity and acceleration at the peak point of the projectile motion?

At the highest point, velocity is acting horizontally and acceleration ( = acceleration due to gravity) is acting vertically downwards. Therefore, at the highest point the angle between velocity and acceleration is 90∘ .

What is the angle between the velocity and the acceleration at the highest point of a particle projected upwards at an angle of 30o with the horizontal?

In a projectile motion, the angle between the instantaneous velocity and the acceleration at the highest point is $$180^{o}$$.

What is the angle between velocity and acceleration at the highest point of a projectile 1 motion?

When a body is projected vertically upwards its velocity is at the highest point is?

When a body is thrown vertically upwards, at the highest point_____ (both velocity and acceleration are zero/only velocity is zero/only acceleration is zero).

When a body is projected vertically upwards?

Escape velocity is a function of the mass of the body and distance to the centre of mass of the body. We are given that a body is projected vertically upwards from the surface of the earth with a velocity equal to half the escape velocity. Hence, the correct option is B.

When a body is projected vertically upward with a certain velocity the distance Travelled during last?

(4) we can say that this shows the distance traveled by a body projected vertically up is independent of the initial speed. So, even if the body is projected with double the speed, the body covers the same distance, in the last second.

When a body is going upwards vertically the acceleration due to gravity is taken as?

Explanation: Sol. If a body is thrown vertically upwards or downwards, the acceleration acting on the body is uniform i.e. acceleration due to gravity = g, in the downward direction.

What is the angle between velocity and acceleration due to gravity at maximum height?

At maximum height, the vertical component of the velocity is zero, leaving only the horizontal component. So the angle between velocity and acceleration is 90 degrees.