1. The barrel of the rifle shown is aimed at point A. The distance 8 is the space between points A and B, which the bullet strikes the wall at point B. If the muzzle velocity is 600 m/s. Determine the distance 8, if the constant gravitational acceleration is given as g=8.6 m/s² (4 points) If the bullet is forced to strikes the wall at point O by applied the wind, causing a constant acceleration of a=105.45 m/s². Determine the direction O of the wind, where the effect of gravitational acceleration of g=8.6 m/s² still exists. (6 points) a=105.45 m/s B 20° Horizontal 1000 m

1. The barrel of the rifle shown is aimed at point A. The distance 8 is the space between points A and B, which the bullet strikes the wall at point B. If the muzzle velocity is 600 m/s. Determine the distance 8, if the constant gravitational acceleration is given as g=8.6 m/s² (4 points) If the bullet is forced to strikes the wall at point O by applied the wind, causing a constant acceleration of a=105.45 m/s². Determine the direction O of the wind, where the effect of gravitational acceleration of g=8.6 m/s² still exists. (6 points) a=105.45 m/s B 20° Horizontal 1000 m

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

1. The barrel of the rifle shown is aimed at point A. The distance 8 is the space between
points A and B, which the bullet strikes the wall at point B. If the muzzle velocity is 600
m/s.
Determine the distance 8, if the constant gravitational acceleration is given as g=8.6
m/s² (4 points)
If the bullet is forced to strikes the wall at point O by applied the wind, causing a
constant acceleration of a=105.45 m/s². Determine the direction O of the wind, where
the effect of gravitational acceleration of g=8.6 m/s² still exists. (6 points)
a=105.45 m/s
В
20°
Horizontal
1000 m

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