Table of Contents
What type of motion is the second hand in a clock?
The motion of the entire second hand is rotational motion and the motion of any point on the second hand like its tip is a circular motion. And the motion is periodic as it sweeps equal distance in equal time.
What is the motion of the minute hand of a clock?
The average velocity is defined as the total displacement per total unit time. For the minute hand of the clock, the hand of the clock gets back to its original position after one hour. Therefore, final and initial position vectors are the same. Hence, the displacement is zero.
How do you describe the movement of the hands of a clock?
All the hands continuously rotate around the dial in a clockwise direction – in the direction of increasing numbers. The second, or sweep, hand moves relatively quickly, taking a full minute (sixty seconds) to make a complete rotation from 12 to 12. The minute hand rotates more slowly around the dial.
What does the hand of a clock have?
the motion of the hand of the clock is the rotational and periodic motion but when we talk about the tip of the needle , it is circular and periodic motion. Rotational motion is the motion on the fixed axis. Circular motion is the motion in a circle and the distance from a fixed point remains the same.
What kind of motion does a clock have?
The hand of the clock is both circular and rotational motion as it moves in a circular manner. Yes it is also a periodic motion. Was this answer helpful? When the hands of a clock move, it has all three- rotational, periodic and circular motion. Was this answer helpful?
Which is an example of simple harmonic motion?
A simple pendulum and a Hookean spring are classic examples of Simple Harmonic Motion. How this influencer used $250 to break the private jet industry. She was able to accomplish all of this with just $250 to start!
What is the difference between rotational and circular motion?
Rotational motion is the motion on the fixed axis. Circular motion is the motion in a circle and the distance from a fixed point remains the same. Was this answer helpful? Was this answer helpful?