A cannon shoots a cannonball out at a 60-degree angle. The trajectory that the cannonball takes is illustrated by the curve given in the diagram below. Air resistance effects are negligible. The Maximum horizontal distance that the cannonball would follow if it was fired at the same speed and an angle of 30 degrees would be: Same as before Insufficient data and condition Longer than before Shorter than before
A cannon shoots a cannonball out at a 60-degree angle. The trajectory that the cannonball takes is illustrated by the curve given in the diagram below. Air resistance effects are negligible. The Maximum horizontal distance that the cannonball would follow if it was fired at the same speed and an angle of 30 degrees would be: Same as before Insufficient data and condition Longer than before Shorter than before
Glencoe Physics: Principles and Problems, Student Edition
1st Edition
ISBN:9780078807213
Author:Paul W. Zitzewitz
Publisher:Paul W. Zitzewitz
Chapter6: Motion In Two Dimensions
Section: Chapter Questions
Problem 90A
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A cannon shoots a cannonball out at a 60-degree angle. The trajectory that the cannonball takes is illustrated by the curve given in the diagram below. Air resistance effects are negligible.
The Maximum horizontal distance that the cannonball would follow if it was fired at the same speed and an angle of 30 degrees would be:
-
Same as before
-
Insufficient data and condition
-
Longer than before
-
Shorter than before
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