A student is given the following information for a particular attempt at a goal. initial velocity of ball on release = 4.5 m/s %3D release angle of ball = 60 from the horizontal horizontal distance from center of ball to center of ring 1.5 m The time taken to travel the horizontal distance of 1.5 m is about:

A student is given the following information for a particular attempt at a goal. initial velocity of ball on release = 4.5 m/s %3D release angle of ball = 60 from the horizontal horizontal distance from center of ball to center of ring 1.5 m The time taken to travel the horizontal distance of 1.5 m is about:

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Description: In a game of netball, a goal is scored when the ball passes through the ring at the top of the net.ring of the netA student is given the following information for a particular attempt at a goal.initial velocity of ball on release = 4.5 m/srelease an

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 53A

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A group of collegiate golfers invent a game where they have to hit a golf ball up to the roof of a building that is about 23.76 m tall. The hole is 3.3 m away from the edge of the roof (label this in the figure). The roof is perfectly level all the way across. a) Isabella strikes the ball causing it to launch from the ground with an initial velocity of 22.70 m/s and at an angle of θ = 72.00 . Is it possible for Isabella to make her shot to the roof? Ignore wind resistance for part (a). b) How far away from the edge of the building must Isabella stand to get the ball onto the roof (D=?)? Ignore wind resistance for part b. c) Assuming that Isabella’s shot from part (a) made it to the roof and the shot is line up to go into the hole that is 3.30 m away from the edge of the roof. The golf ball has a mass of 45.93 g, and experiences a friction force of f=0.133 N. If the ball’s speed is larger than 5.90 m/s when at the hole it will be moving too fast and not go in. Will Isabella’s shot go…
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