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What else can I help you with?
How will you know that a body is in motion?
If its position in relation to the origin has change.
A net force changes the state of?
A net force on a body can stop the motion of a body , can create the motion of a body and can change the direction of motion of a body .
Is abody at rest in uniform motion?
no when the body the body is in motion only
What is motion and no motion?
When an object changes its position with respect to time, then the body is said ti be in 'motion'. When the body is at rest, it is state of 'no motion'.
Whenever a body is in motion what always opposes the motion?
Friction always opposes the motion of a body by acting in the opposite direction to its motion.
What force on earth always opposes the motion of a body when it is in motion?
The force on Earth that always opposes the motion of a body when it is in motion is called friction.
What should you know to find the exact position of a moving body?
To find the exact position of a moving body, you need its velocity, direction of motion, and the starting position. Additionally, information about any accelerations acting on the body would be necessary for certain cases, especially if the motion is not uniform.
Is the motion of a body along a curved path translational?
No, the motion of a body along a curved path is not translational, as translational motion refers to straight-line motion. The motion of a body along a curved path involves a combination of translational and rotational motion due to changes in direction.
On Earth when a body is in motion there is always to oppose the motion.?
Friction.
What is the motion on a vibrating body?
It is usually damped harmonic motion.
What can you say about nature of motion of a body if it's displacement time graph is a curve?
the body is in accelerated motion.
What is the motion of body that travels around another body in space?
The motion of a body that travels around another body in space is called orbiting or revolution. The body that is being orbited is typically much larger and exerts a gravitational force that keeps the orbiting body in motion around it. This motion follows a specific path determined by the balance between the gravitational force and the velocity of the orbiting body.
