2 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 H derivative of displacement with respect to time 11 position divided by deltat Hisplacement divided by delta t Possible answers H derivative of distance with respect to time II distance divided by delta t 11 always equivalent to (v1+v2)/2 II constant for anyobject 11 between discrete times II at asingle "moment"

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2 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 H derivative of displacement with respect to time 11 position divided by deltat Hisplacement divided by delta t Possible answers H derivative of distance with respect to time II distance divided by delta t 11 always equivalent to (v1+v2)/2 II constant for anyobject 11 between discrete times II at asingle "moment"

Answer 1

**Average velocity:**- Displacement divided by delta t- Between discrete times**Instantaneous velocity:**- Derivative of displacement with respect to time- At a single "moment"

Answer 2

Average velocity is defined as the total displacement divided by the total time interval. Instantaneous velocity is the derivative of displacement with respect to time, representing the velocity at a specific moment.

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