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campa
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Why doesn't it matter how far you keep an object when you are finding the displacement by the glass block
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The displacement of a glass block refers to the change in position of the block from its original location. It can be measured in either distance or direction.
The displacement of a glass block can be calculated by subtracting the initial position of the block from its final position. This will give the change in position of the block, which is the displacement.
Knowing the displacement of a glass block is important in understanding its movement and position. It can also help in determining the force or energy applied to the block and in predicting its future movements.
There are several methods for finding the displacement of a glass block, including using a ruler to measure the distance between its initial and final position, using a motion sensor to track its movement, or using mathematical equations to calculate its displacement.
Yes, the displacement of a glass block can be negative if it moves in the opposite direction of its initial position. For example, if a block starts at position 0 and moves -5 units, its displacement would be -5 units.