What would be affected if a soaring eagle changed direction but remained a constant speed

A - acsilaration

B - velocity

c - velocity and acceleration

D - none of the above

Velocity and acceleration would be affected if a soaring eagle changed direction but remained a constant speed.

Explanation:

The ratio of change in the velocity of an object to the change in time refers to acceleration. a = Δv/Δt is the equation that is used to denote acceleration. It is a vector quantity and it can be represented by magnitude and direction. When an object follows a circular path of motion at a constant speed, it is said to have a centripetal acceleration.

Velocity comprises of the motion and the speed of an object in motion. speed and direction of moving objects. When there is a change in the speed, direction, or both then it is said to have change in its velocity. So, when a direction of an object is said to be changed, its acceleration and velocity also changes although it is moving at a constant speed.