A variable angle garden sprinkler is left spraying water over a vegetable garden on a hot summer afternoon. The sprinkler sprays water with a nozzle exit velocity of 8 [m/s]. Following the path of a single water droplet, determine: a) The furthest distance, d, that the water droplet will travel b) The corresponding angle, a, associated with that distance Calculate (a) and (b) for two cases: Case 1: the vegetables are just starting to grow Case 2: the height, h, of the vegetables is 1.8 [m] Use the following diagram below. Vegetables VExit *h Path of α Water A Droplet 1.5 (m] d. B

A variable angle garden sprinkler is left spraying water over a vegetable garden on a hot summer afternoon. The sprinkler sprays water with a nozzle exit velocity of 8 [m/s]. Following the path of a single water droplet, determine: a) The furthest distance, d, that the water droplet will travel b) The corresponding angle, a, associated with that distance Calculate (a) and (b) for two cases: Case 1: the vegetables are just starting to grow Case 2: the height, h, of the vegetables is 1.8 [m] Use the following diagram below. Vegetables VExit *h Path of α Water A Droplet 1.5 (m] d. B

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

A variable angle garden sprinkler is left spraying water over a vegetable garden on a hot summer
afternoon. The sprinkler sprays water with a nozzle exit velocity of 8 [m/s]. Following the path of
a single water droplet, determine:
a) The furthest distance, d, that the water droplet will travel
b) The corresponding angle, a, associated with that distance
Calculate (a) and (b) for two cases:
Case 1: the vegetables are just starting to grow
Case 2: the height, h, of the vegetables is 1.8 [m]
Use the following diagram below.
Vegetables
VExit
h Path of
a
Water
A
Droplet
B
1.5 (m]
d.

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