IF A BODY MOVES WITH A CONSTANT SPEED AND AT THE SAME TIME UNDERGOES AN ACCELERATION, ITS MOTION IS SAID TO BE

• A. oscillation
• B. circular ✓
• C. rotational
• D. rectilinear

The answer to the question is: B. circular

When a body moves with a constant speed and at the same time undergoes an acceleration, its motion is said to be circular. This type of motion occurs when an object moves in a circular path at a constant speed while experiencing a centripetal acceleration directed towards the center of the circle. The combination of constant speed and acceleration results in circular motion, which is characterized by the continuous change in direction of the velocity vector while maintaining a constant magnitude of velocity.

Circular motion is a fundamental concept in physics and is encountered in various natural phenomena and engineered systems. It is governed by principles of classical mechanics and is essential for understanding the behavior of objects moving in circular paths, such as celestial bodies orbiting around stars, planets revolving around the sun, and particles moving in circular accelerators.