fill in the blank question\njust as average velocity in non - rotational motion is displacement divided by…

fill in the blank question\njust as average velocity in non - rotational motion is displacement divided by the time taken to make the displacement, the average □ velocity\nof a rotating object is angular displacement divided by the □ taken to make the angular displacement.\nneed help? review these concept resources.\nread about the concept

fill in the blank question\njust as average velocity in non - rotational motion is displacement divided by the time taken to make the displacement, the average □ velocity\nof a rotating object is angular displacement divided by the □ taken to make the angular displacement.\nneed help? review these concept resources.\nread about the concept

Answer

Brief Explanations:

For the first blank, in rotational motion, the velocity related to angular displacement is "angular" velocity (comparing to linear velocity in non - rotational motion). For the second blank, similar to how average velocity in non - rotational motion is displacement over time, average angular velocity is angular displacement over "time" taken for that angular displacement.

Answer:

First blank: angular; Second blank: time