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Yes it is.
i don't think it does because reference point is a point with other points and lines connected to it so it doesn't depend on direction
A reference point must be chosen to determine the motion of an object.
If you choose a different reference point, the numbers for torque will be different. Calculations will still work out, though - but a reference point must be chosen, and used consistently.
By the equivalence principles of relativity you do NOThave to choose a stationary point as a reference, Any point in space may be chosen as no point is truly "stationary" and a point that is stationary in one reference frame will be moving in another.
Yes it is.
Yes it is
i don't think it does because reference point is a point with other points and lines connected to it so it doesn't depend on direction
A reference point must be chosen to determine the motion of an object.
To help you state how the reference point placement is and how the object is moved from the reference point
If you choose a different reference point, the numbers for torque will be different. Calculations will still work out, though - but a reference point must be chosen, and used consistently.
Relative to any chosen reference point.
By the equivalence principles of relativity you do NOThave to choose a stationary point as a reference, Any point in space may be chosen as no point is truly "stationary" and a point that is stationary in one reference frame will be moving in another.
To support you in specifying how the reference point is placed and how the object is moved away from the reference point.
The highest point is where the projectile travels slowest.
When you are going to kick the ball it can NOT be considered a Point, because the place of impact on the ball will determine its trajectory. BUT after you kick the ball, you can consider it a point when you plot its trajectory.
The value of the vertical speed at the highest point of the projectile's trajectory is the lowest speed at the maximum height reached.