The period of a swinging pendulum (or any other periodic system, for that matter) is the amount of time it takes to complete an entire cycle - meaning, the time it takes to start and then come back to the original position.
For example, imagine a pendulum that is held so the string holding the mass is parallel to the ground. When you let go, it will swing all the way to the other side, and then all the way back to the starting position. The time it takes to get back to the starting position is the period.
The period of a pendulum is a measure of the amount of time it takes to complete one full cycle and return to its starting position.
The period of a pendulum ... or of anything that keeps doing the same thing over and over ... is the length of time it takes to finish one complete cycle. Pull a pendulum to the side and let it go. It returns to your hand after one period.
I THINK BOB REFERS TO THE BALL IN THE PENDULUM
Something is meant by the payback period. It is the length of time taken to recover the cost of an investment. This is what is meant by the payback period.
Swinging Heaven originated in the United Kingdom. It is an adult hang out site meant to allow people to meet other people. It now supports many other countries.
Yes. The swing of a pendulum is caused by gravity acting on the mass of the pendulum. Actually, enclosing a pendulum in a container and removing all the air inside (thus creating a vacuum) would actually help the pendulum to swing for a longer period of time. That's because air creates drag on the moving mass, slowing it down. Think of a person trying to walk into a stiff breeze. Slows you down, right? The same thing happens to the pendulum as it moves through the air. Now, if by vacuum you really meant out in space where there is no air, that's a different situation. There is no (or very little) gravity in space, when you are not on or near a large body such as a planet. A pendulum in space would not work due to the lack of gravity there.
I meant Should my period hurt me cuz its not
me
Motion in a straight line refers to the movement of an object along a path with constant speed and direction, without changing its orientation. This type of motion can be described by studying the object's distance and displacement over time. Examples include a car moving along a highway or a pendulum swinging back and forth in a linear path.
menopause
I meant making that your last period
your possibly talking about mom أم