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An archer shoots an arrow from a height of 1.19 m above ground with an initial...
An archer shoots his bow from a height of 10 m with an initial velocity of...
An archer shoots his bow from a height of 10 m with an initial velocity of 10 m/s He fires at an angle of 45 degrees. Where does the arrow hit the ground
An archer shoots an arrow at a 67.0 m distant target; the bull's-eye of the target...
An archer shoots an arrow at a 67.0 m distant target; the bull's-eye of the target is at same height as the release height of the arrow (a) At what angle in degrees must the arrow be released to hit the bull's-eye if its initial speed is 36.0 m/s? (b) There is a large tree halfway between the archer and the target with an overhanging branch 4.79 m above the release height of the arrow. Will the arrow go over...
(35 points total) An archer shoots an arrow with an initial speed of 45 m/s, at...
(35 points total) An archer shoots an arrow with an initial speed of 45 m/s, at an angle of 70° from the horizontal. a) How much time does it take to reach the top of its trajectory? b) What is its velocity (magnitude and direction) at the top of its trajectory? c) What is its acceleration (magnitude and direction) at the top of its trajectory? d) How high does it go? e) Assume that the arrow hits the ground 2...
An archer shoots an arrow at a 73.0 m distant target, the bull's-eye of which is...
An archer shoots an arrow at a 73.0 m distant target, the bull's-eye of which is at same height as the release height of the arrow. (a) At what angle must the arrow be released to hit the bull's-eye if its initial speed is 35.0 m/s? (Although neglected here, the atmosphere provides significant lift to real arrows.) ° (b) There is a large tree halfway between the archer and the target with an overhanging branch 3.50 m above the release...
An archer shoots an arrow at a 75.0 m distant target, the bull's-eye of which is...
An archer shoots an arrow at a 75.0 m distant target, the bull's-eye of which is at same height as the release height of the arrow. (a) At what angle must the arrow be released to hit the bull's-eye if its initial speed is 36.0 m/s? (Although neglected here, the atmosphere provides significant lift to real arrows.) ° (b) There is a large tree halfway between the archer and the target with an overhanging branch 3.50 m above the release...
4. 2-D Kinematics An archer shoots an arrow with a velocity of 50.0m/s at an angle...
4. 2-D Kinematics An archer shoots an arrow with a velocity of 50.0m/s at an angle of 45 deg with the horizon An assistant standing on the level ground 150 m downrange from the launch point throws an apple straight up. g-9.8m/s a) What is the height of the arrow after it has traveled a horizontal distance of 150 m? b) What is the minimal launch speed of the apple to meet the path of the apple? c) At what...
An archer shoots an arrow at a 73.0 m distant target, the bull's-eye of which is...
An archer shoots an arrow at a 73.0 m distant target, the bull's-eye of which is at same height as the release height of the arrow. (a) At what angle must the arrow be released to hit the bull's-eye if its initial speed is 33.0 m/s? (Although neglected here, the atmosphere provides significant lift to real arrows.) Incorrect: Your answer is incorrect. °
An archer shoots an arrow over a castle wall by launching it with an initial speed...
An archer shoots an arrow over a castle wall by launching it with an initial speed of 32 m/s at 67 ∘ above horizontal. Assume the arrow lands on the other side of the castle wall at the same elevation as the launch point. Part A.) What maximum height does the arrow attain? Part B.) What is the range of the arrow's flight? Part C.) What is the vertical component of the arrow's velocity just before it lands on the...
An archer stands 1.3 m tall and fires an arrow from this height at a target...
An archer stands 1.3 m tall and fires an arrow from this height at a target 200 m away. The centre of the target is 1.8 m above the ground and the arrow is fired at an angle of a to the horizontal with an initial speed of 60 m/s. i. Sketch a diagram to illustrate the information above and label the necessary components. ii. Calculate the two possible angles, a, that would allow the archer to hit the target....
A cannon shoots a cannonball from the ground level (ignore the height of the cannon) towards a cliff of height h = 170 m
A cannon shoots a cannonball from the ground level (ignore the height of the cannon) towards a cliff of height h = 170 m. The cannonball is launched with an initial velocity of 110 m/s at an angle of 64° above the horizontal. Neglect air resistance. Assume the cannonball hits the cliff as it descends (on its way down) exactly at the edge, as shown. a. Determine the maximum height above the ground reached by the cannonball.b. What speed will the...
An archer shoots his bow from a height of 10 m with an initial velocity of 10 m/s He fires at an angle of 45 degrees. Where does the arrow hit the ground
An archer shoots an arrow at a 67.0 m distant target; the bull's-eye of the target is at same height as the release height of the arrow (a) At what angle in degrees must the arrow be released to hit the bull's-eye if its initial speed is 36.0 m/s? (b) There is a large tree halfway between the archer and the target with an overhanging branch 4.79 m above the release height of the arrow. Will the arrow go over...
4. 2-D Kinematics An archer shoots an arrow with a velocity of 50.0m/s at an angle of 45 deg with the horizon An assistant standing on the level ground 150 m downrange from the launch point throws an apple straight up. g-9.8m/s a) What is the height of the arrow after it has traveled a horizontal distance of 150 m? b) What is the minimal launch speed of the apple to meet the path of the apple? c) At what...
An archer stands 1.3 m tall and fires an arrow from this height at a target 200 m away. The centre of the target is 1.8 m above the ground and the arrow is fired at an angle of a to the horizontal with an initial speed of 60 m/s. i. Sketch a diagram to illustrate the information above and label the necessary components. ii. Calculate the two possible angles, a, that would allow the archer to hit the target....
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