Your 'cq_1_01.1' report has been received. Scroll down through the document to see any comments I might have inserted, and my final comment at the end.
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1. The average rate of change of the ball's position with respect to clock time is found by dividing the quantity of 20cm - 10cm by the quantity of 9s - 4s. The answer is 2 cm/s.
2. The average rate of change of the ball's velocity with respect to clock time is found by dividing the velocity of 40cm/s - 10cm/s by 3s. The answer is 10cm/s^2.
3. Since the position changes at an average rate of 5cm/s and there is 10 seconds or changes, then 10 times 5 equals 50cm/s.
4.Since I have had high school and college physics, this concept is a review for me and I should be able to remember it.
5.To apply this definition, simply divide the change in quantity A by the change in quantity B to find the average rate of change of A with respect to B. I will remember to apply this procedure because this is a review for me.
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20 minutes
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Please respond relative to goal of C.
Good work, with very good explanations.
You do need to include a copy of the problem, as instructed. OK here, especially with your thorough explanations, but in later posted work, to which you might want to refer, a copy of your answers with my critiques will be more helpful if your responses are inserted into a copy of the problem.