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For the next phase of the experiment, Poloy wants to determine how far the potato projecti n reach if there are winds having a velocity of 5m/s. He is to orient the launcher such that t nd would blow (a) contrary to the potato launcher's horizontal direction and (b) along the tato launcher's horizontal direction. Utilizing the results of muzzle velocity in item no. 2 a ienting the launcher at 45 degrees and still at 1.2m above the ground, approximate the rang e two cases by modeling the wind as a bulk fluid motion.

For the next phase of the experiment, Poloy wants to determine how far the potato projecti n reach if there are winds having a velocity of 5m/s. He is to orient the launcher such that t nd would blow (a) contrary to the potato launcher's horizontal direction and (b) along the tato launcher's horizontal direction. Utilizing the results of muzzle velocity in item no. 2 a ienting the launcher at 45 degrees and still at 1.2m above the ground, approximate the rang e two cases by modeling the wind as a bulk fluid motion.

Elements Of Electromagnetics
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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Dynamics of Rigid Bodies

For the next phase of the experiment, Poloy wants to determine how far the potato projectiles can reach if there are winds having a velocity of 5m/s. He is to orient the launcher such that the wind would blow (a) contrary to the potato launcher's horizontal direction and (b) along the potato launcher's horizontal direction. Utilizing the results of muzzle velocity in item no. 2 and orienting the launcher at 45 degrees and still at 1.2m above the ground, approximate the range for the two cases by modeling the wind as a bulk fluid motion.
Transcribed Image Text:For the next phase of the experiment, Poloy wants to determine how far the potato projectiles can reach if there are winds having a velocity of 5m/s. He is to orient the launcher such that the wind would blow (a) contrary to the potato launcher's horizontal direction and (b) along the potato launcher's horizontal direction. Utilizing the results of muzzle velocity in item no. 2 and orienting the launcher at 45 degrees and still at 1.2m above the ground, approximate the range for the two cases by modeling the wind as a bulk fluid motion.
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