II. Two dimensional motion Projectile motion Initial horizontal and vertical velocity Viy= Vi [sine ] Vix Vi [ cos0 ]; = Final horizontal and vertical velocity Vfx = Vix =Vi [ cose ]; Vfy = Viy-g(t) 0= 45° will have a maximum horizontal displacement (X dirction) 5. A projectile with an initial velocity magnitude of 10 m/s, the initial velocity is making a 30° angle above the horizontal line. Find (a) the initial horizontal component of the initial velocity (b) the initial vertical component of the initial velocity, (c) how much time will the projectile take to fly up to the maximum height? Horizonal Uniform Circular Motion V=2π (r)/ (t), ac = V²/(r); Fe = mac 6. An 2 kg object is making a horizontal uniform circular motion. The radius of the circle is 2 meters and it makes 12 revolutions per minute. Find (a) it speed, (b) the centripetal acceleration magnitude of this object, (c) the centripetal force magnitude on the object.

II. Two dimensional motion Projectile motion Initial horizontal and vertical velocity Viy= Vi [sine ] Vix Vi [ cos0 ]; = Final horizontal and vertical velocity Vfx = Vix =Vi [ cose ]; Vfy = Viy-g(t) 0= 45° will have a maximum horizontal displacement (X dirction) 5. A projectile with an initial velocity magnitude of 10 m/s, the initial velocity is making a 30° angle above the horizontal line. Find (a) the initial horizontal component of the initial velocity (b) the initial vertical component of the initial velocity, (c) how much time will the projectile take to fly up to the maximum height? Horizonal Uniform Circular Motion V=2π (r)/ (t), ac = V²/(r); Fe = mac 6. An 2 kg object is making a horizontal uniform circular motion. The radius of the circle is 2 meters and it makes 12 revolutions per minute. Find (a) it speed, (b) the centripetal acceleration magnitude of this object, (c) the centripetal force magnitude on the object.

Name: Answer questions 5 and 6 ## Two Dimensional Motion### Projectile Motio
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Description: Answer questions 5 and 6 ## Two Dimensional Motion### Projectile Motion**Initial Horizontal and Vertical Velocity**- \( V_{ix} = V_i \cdot \cos(\theta) \)- \( V_{iy} = V_i \cdot \sin(\theta) \)**Final Horizontal and Vertical Velocity**- \( V_{fx} = V

College Physics

10th Edition

ISBN:9781285737027

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter2: Motion In One Dimension

Section: Chapter Questions

Problem 66AP: Two students air on a balcony a distance h above the street. One student throws a ball vertically...

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