An archer standing on the back of a pickup truck moving at 28m/s fires an arrow straight up at a duck flying directly overhead. The arrow was fired with an initial vertical velocity of 49 m/s relative to the truck. a) for how long will the arrow be in the air? b) how far will the aptruck travel while the arrow is in the air? c) Where, in relation to the "duckless" archer, will the arrow come down? Will the archer have to 'duck'?
An archer standing on the back of a pickup truck moving at 28m/s fires an arrow straight up at a duck flying directly overhead. The arrow was fired with an initial vertical velocity of 49 m/s relative to the truck. a) for how long will the arrow be in the air? b) how far will the aptruck travel while the arrow is in the air? c) Where, in relation to the "duckless" archer, will the arrow come down? Will the archer have to 'duck'?
University Physics Volume 1
18th Edition
ISBN:9781938168277
Author:William Moebs, Samuel J. Ling, Jeff Sanny
Publisher:William Moebs, Samuel J. Ling, Jeff Sanny
Chapter4: Motion In Two And Three Dimensions
Section: Chapter Questions
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An archer standing on the back of a pickup truck moving at 28m/s fires an arrow straight up at a duck flying directly overhead. The arrow was fired with an initial vertical velocity of 49 m/s relative to the truck.
a) for how long will the arrow be in the air?
b) how far will the aptruck travel while the arrow is in the air?
c) Where, in relation to the "duckless" archer, will the arrow come down? Will the archer have to 'duck'?
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