Hello, can you please review my work and help me to do graphs for the problems and also I need “d” problem, I can’t deal with it. Thanks for your help! 1. A soccer ball is rolled off of a perfectly horizontal 10m high cliff at 5m/s.h=10mVo= 5m/s (horizontal)a. How far will it land from the cliff?X Vott=224 x=2622/124= √2h9b. What time will it land?/60=150m/s).angle 6004=X3=3.8 (Conslaut)m/s²t = √2·10m² t=1.433)3.7m/s²2. A Disney Cruise-ship decides to test its new sea monster attack mechanism by shooting a cannonball 150m/s atan angle of 60 degrees.a.R=U² pin²/60°S9-9.80/3²/(constant)U=0²sin²60²029How far will it land? dist (R)R=(150) 2-sin (120°)9.8m18C.X= 5m/512b. What is the maximum height it will achieve?U=(150)2 Sin 60²2(3.8)5 m/s2017/07).2.Usin603How long until it hits the water? tt=A√2.10m3.8 m/s24.14- 1588.32 m=860.96 m2-150m/s 3in 605.8 m/s²7.1426.57 secd. As the ship was attempting its second test shot with the same angle and velocity, a 4,000m tall seamonster suddenly emerged from the water 1600m away from the ship. What time will the cannonballstrike the monster?

Name: Hello, can you please review my work and help me to do graphs for the
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Description: Hello, can you please review my work and help me to do graphs for the problems and also I need “d” problem, I can’t deal with it. Thanks for your help! 1. A soccer ball is rolled off of a perfectly horizontal 10m high cliff at 5m/s.h=10mVo= 5m/s (hor

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1. A soccer ball is rolled off of a perfectly horizontal 10m high cliff at 5m/s. h=10m Vo=5m/s (horizontal) a. How far will it land from the cliff? X = Vot t = √2h x = NOV ²4 b. What time will it land? 4=√2h 3=38 (Conslaut)m/s² A √2.10m 3.8 m/s2 4:14 X= 5m/s2 7.14

1. A soccer ball is rolled off of a perfectly horizontal 10m high cliff at 5m/s. h=10m Vo=5m/s (horizontal) a. How far will it land from the cliff? X = Vot t = √2h x = NOV ²4 b. What time will it land? 4=√2h 3=38 (Conslaut)m/s² A √2.10m 3.8 m/s2 4:14 X= 5m/s2 7.14

Physics for Scientists and Engineers

10th Edition

ISBN:9781337553278

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter3: Vectors

Section: Chapter Questions

Problem 46CP: A pirate has buried his treasure on an island with five trees located at the points (30.0 m, 20.0...

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