**Projectile Motion Analysis**A cannonball is fired from a castle with the trajectory shown in the figure. The initial velocity components are 180 m/s (horizontal) and 66 m/s (vertical). The cannonball reaches its maximum height at point H and then hits the ground target at point G. **Question:** What is the height of point H from the ground without considering air resistance?**Options:**a) 222 m b) 242 m c) 45,000 m d) 444 m e) 464 m **Diagram Explanation:**The diagram displays a cannonball launched at a 30-degree angle from a point 20 meters above the ground. The projectile follows a parabolic trajectory, reaching its peak at point H before descending to hit the ground at point G. The trajectory indicates both horizontal and vertical components of motion, with the initial position marked on a castle.

Name: **Projectile Motion Analysis**A cannonball is fired from a castle wit
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Description: **Projectile Motion Analysis**A cannonball is fired from a castle with the trajectory shown in the figure. The initial velocity components are 180 m/s (horizontal) and 66 m/s (vertical). The cannonball reaches its maximum height at point H and then

Given Vertical velocityu=66 msHorizontal velocityux=180 ms

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H 30° 20m A cannonball is fired from a castle with the trajectory as shown in the figure. The initial velocity components are 180 m/s (horizontal) and 66 m/s (vertical). The cannonſiall reaches maximum height at point H and then hits the ground target at point G. What is the height of point H from the ground without considering air resistance? a) O 222 m b) O 242 m Answe c) O 45,000 m d) O444 m e) O 464 m Review Later

H 30° 20m A cannonball is fired from a castle with the trajectory as shown in the figure. The initial velocity components are 180 m/s (horizontal) and 66 m/s (vertical). The cannonſiall reaches maximum height at point H and then hits the ground target at point G. What is the height of point H from the ground without considering air resistance? a) O 222 m b) O 242 m Answe c) O 45,000 m d) O444 m e) O 464 m Review Later

College Physics

11th Edition

ISBN:9781305952300

Author:Raymond A. Serway, Chris Vuille

Publisher:Raymond A. Serway, Chris Vuille

Chapter1: Units, Trigonometry. And Vectors

Section: Chapter Questions

Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...

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Projectile Motion

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**Projectile Motion Analysis**

A cannonball is fired from a castle with the trajectory shown in the figure. The initial velocity components are 180 m/s (horizontal) and 66 m/s (vertical). The cannonball reaches its maximum height at point H and then hits the ground target at point G.

**Question:** What is the height of point H from the ground without considering air resistance?

**Options:**
a) 222 m
b) 242 m
c) 45,000 m
d) 444 m
e) 464 m

**Diagram Explanation:**

The diagram displays a cannonball launched at a 30-degree angle from a point 20 meters above the ground. The projectile follows a parabolic trajectory, reaching its peak at point H before descending to hit the ground at point G. The trajectory indicates both horizontal and vertical components of motion, with the initial position marked on a castle.

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