Question

1 point Match the following properties to the average and instantaneous velocities below. Not all terms will be used and each term only corresponds to one category. Note: both average velocity and instantaneous velocity will match with exactly two of the following properties. Average velocity Instantaneous velocity displacement divided by delta t derivative of displacement with respect to time at a single \"moment\" Possible answers position divided by delta t derivative of distance with respect to time distance divided by delta t always equivalent to $(v1 + v2)/2$ constant for any object between discrete times

          1 point
Match the following properties to the average and instantaneous velocities below. Not all terms will be used and each term only corresponds to one category. Note: both average
velocity and instantaneous velocity will match with exactly two of the following properties.
Average velocity
Instantaneous velocity
displacement divided by delta t
derivative of displacement with respect to time
at a single \"moment\"
Possible answers
position divided by delta t
derivative of distance with respect to time
distance divided by delta t
always equivalent to $(v1 + v2)/2$
constant for any object
between discrete times

1 point
Match the following properties to the average and instantaneous velocities below. Not all terms will be used and each term only corresponds to one category. Note: both average
velocity and instantaneous velocity will match with exactly two of the following properties.
Average velocity
Instantaneous velocity
displacement divided by delta t
derivative of displacement with respect to time
at a single m̈omentP̈ossible answers
position divided by delta t
derivative of distance with respect to time
distance divided by delta t
always equivalent to (v1 + v2)/2
constant for any object
between discrete times

Added by Mary G.

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