Double your initial speed and predict the range of the object when it lands (how far it moves to the right). Explain how you made this prediction. Set your initial speed in your simulation to this value (double your first speed), fire the cannon, and record the range of the cannonball using the measuring tool. Be sure the target is at the distance listed in the table on page 1 by your name. Record the position of your target: Use equations of motion and the data to predict the Initial Speed that would be needed to hit the bull's eye. Show how you arrive at this prediction with equations and substitution. Paragraph Styles Initial Speed (m/ s) 11 Dropped Object Fired Object Time (s) Height (m) Range (m) Height (m) 0.00 11 O 11 0.20 10.8 2.2 10.8 0.40 10.22 4.4 10.22 0.60 9.23 6.6 9.23 0.80 7.86 8.8 7.86 1.00 6.1 11 6.1 1.20 3.94 13.2 3.94 1.40 1.39 15.4 1.39 1.50 O 16.47 O Measure the time when the object hits the ground and put it below 1.5 0.00 1.5 0.00 Range where the fired object hits the ground