Which segment(s) has the most positive acceleration? 60 Which segment(s) shows a positive jerk? 61 What is the instantaneous velocity at 9.0 seconds? 62 What is the instantaneous acceleration at 9.0 seconds? 63 What is the instantaneous acceleration at 4.0 seconds? 64 What is the instantaneous acceleration at 9.5 seconds? 65 Each change or bend is a segment of the line. The letters in the circles identifies them. (NOTE “C” AND “E” ARE CURVES AND “D” and F” are straight lines.) Which line segment(s) shows the fastest constant velocity? 66 Which line segment(s) shows the slowest, constant, non-zero velocity? 67 Which segment(s) shows a positive displacement? 68 Which segment(s) or single point in time shows a constant velocity? 69 Which segment(s) shows a positive acceleration? 70 Which segment(s) shows a negative acceleration? 71 At which time or region is the positive displacement from initial position the 72 greatest? Which segment(s) shows the object speeding up? 73 Which segment(s) shows the object slowing down? 74 What is the instantaneous velocity at 0.8 seconds? 75 How fast is the object moving at 4.2 seconds? 76 What is the instantaneous velocity at 5.0 seconds? 77 Find the displacement from 0 to 2 seconds. 69 Find the displacement from 1 to 3 seconds. 70 Find the displacement from 0 to 4 seconds. 71 Find the total change in velocity from 0 to 1 seconds. 72 Find the total change in velocity from 0 to 3 seconds. 73 Find the displacement from 2 to 4 seconds. 74 Find the displacement from 0 to 1 seconds. 75 What is the displacement from 0 to 4 seconds? 76. What is the displacement from 4 to 6 seconds? 77. What is the displacement from 6 to 12 seconds? 78. What is the displacement from 12 to 14 seconds? 79. What is the displacement from 14 to 22 seconds? 80.
60 Which segment(s) has the most positive acceleration? 61 Which segment(s) shows a positive jerk? 62 What is the instantaneous velocity at 9.0 seconds? 63 What is the instantaneous acceleration at 9.0 seconds? 64 What is the instantaneous acceleration at 4.0 seconds? 65 What is the instantaneous acceleration at 9.5 seconds? Each change or bend is a segment of the line. The letters in the circles identifies them. (NOTE “C” AND “E” ARE CURVES AND “D” and F” are straight lines.) 66 Which line segment(s) shows the fastest constant velocity? 67 Which line segment(s) shows the slowest, constant, non-zero velocity? 68 Which segment(s) shows a positive displacement? 69 Which segment(s) or single point in time shows a constant velocity? 70 Which segment(s) shows a positive acceleration? 71 Which segment(s) shows a negative acceleration? 72 At which time or region is the positive displacement from initial position the greatest? 73 Which segment(s) shows the object speeding up? 74 Which segment(s) shows the object slowing down? 75 What is the instantaneous velocity at 0.8 seconds? 76 How fast is the object moving at 4.2 seconds? 77 What is the instantaneous velocity at 5.0 seconds? 69 Find the displacement from 0 to 2 seconds. 70 Find the displacement from 1 to 3 seconds. 71 Find the displacement from 0 to 4 seconds. 72 Find the total change in velocity from 0 to 1 seconds. 73 Find the total change in velocity from 0 to 3 seconds. 74 Find the displacement from 2 to 4 seconds. 75 Find the displacement from 0 to 1 seconds. 76. What is the displacement from 0 to 4 seconds? 77. What is the displacement from 4 to 6 seconds? 78. What is the displacement from 6 to 12 seconds? 79. What is the displacement from 12 to 14 seconds? 80. What is the displacement from 14 to 22 seconds?
Physics%20Student%20Workbook%20WORD.docx