(232,100,350)(432,700,50)The AWM sniper rifle fires a bullet at an initial speed of 3,071 ft/s.As shown in the figure above, a soldier is aiming an AWM rifle at a target. According to theCartesian coordinate system defined at the top left corner of the figure, the muzzle of this riflelocates at (232,100,350) meter and the target locates at (432,700,50) meter.At this time point, the soldier fires a bullet; please write down the velocity vector (v) of thisbullet, based on the given coordinate system. (Round numbers to integers.)î+ĵ+where î, ĵ, and k are the unit vectors associated with the positive x, y, and z axes of the givencoordinate system, respectively.Assumptions: the bullet travels along a straight line at a constant speed.

Answered: The AWM sniper rifle fires a bullet at…

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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(232,100,350)
(432,700,50)
The AWM sniper rifle fires a bullet at an initial speed of 3,071 ft/s.
As shown in the figure above, a soldier is aiming an AWM rifle at a target. According to the
Cartesian coordinate system defined at the top left corner of the figure, the muzzle of this rifle
locates at (232,100,350) meter and the target locates at (432,700,50) meter.
At this time point, the soldier fires a bullet; please write down the velocity vector (v) of this
bullet, based on the given coordinate system. (Round numbers to integers.)
î+
ĵ+
where î, ĵ, and k are the unit vectors associated with the positive x, y, and z axes of the given
coordinate system, respectively.
Assumptions: the bullet travels along a straight line at a constant speed.

Expert Solution

Step 1

Given data:

$\begin{array}{rcl} Coordinates of A & = & [232, 100, 350] m \\ = & [761.192, 328.1, 1148.35] ft \\ Coordinates of B & = & [432, 700, 50] m \\ = & [1417.392, 2296.7, 164.05] ft \\ Velocity of bullet, v & = & 3071 \frac{ft}{s} \end{array}$

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