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For example, a pendulum, or anything that moves in a circle or elipse, such as a planet moving around the Sun.
A longer pendulum has a longer period. A more massive pendulum has a longer period.
Think of your own
no
Oscillation of a simple pendulum.
It doesn't change direction; there is no force on it (perpendicular to the plane in which it swings) that would cause it to do so. It APPEARS to change direction relative to the Earth, but the Earth is a rotating frame of reference. If you watch the pendulum from a frame of reference above the Earth and the pendulum, you would see that it swings back and forth in its plane of oscillation. See the famous movie FRAMES of REFERENCE, with Professors Hume and Ivey, made in 1959, to see an excellent demonstration of this. Using a rotating frame, they show that a camera in the rotating frame appears to show the pendulum changing direction. Using a camera above the rotating frame, fixed to the floor, they show the pendulum never changes direction; only the frame rotates. . It swings back and forth in the same plane. There is no force on it to make it change
rotation of earth
For example, a pendulum, or anything that moves in a circle or elipse, such as a planet moving around the Sun.
A pendulum moves not by Earth's rotation, but by gravity pulling down and causing it to swing.
A longer pendulum has a longer period. A more massive pendulum has a longer period.
It depends on how you were trained. No matter how you were trained, however, you first suspend the pendulum from your hand. Some people determine yes or no from the direction the pendulum spins; others use the speed of the pendulum to determine if a response is positive or negative.
Think of your own
no
no
They don't move in a specific direction. Every plate moves in it's own direction and sometimes they can change directions.
Three ways to modify a pendulum include: * Change the length * Change the size of the end-weight * Change the weight of the end-weight
Oscillation of a simple pendulum.