5. Consider an upright cylindrical water tower with a of radius (7 m). The water depth in the water tower is (4 m). The water tower sits on top of a frame that is (12 m) tall. (a) The water tower develops a hole with arca (0.02 m) the velocity of the water coming out of the crack? on its side just near the bottom. What is (b) How far does the water stream travel horizontally before hitting the ground?

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Chapter1: Units, Trigonometry. And Vectors
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5. Consider an upright cylindrical water tower with a of radius (7 m). The water depth in the water tower
is (4 m). The water tower sits on top ofa frame that is (12 m) tall.
(a) The water tower develops a hole with area (0.002 m) on its side just ncar the bottom. What is
the velocity of the water coming out of the crack?
(b) How far does the water stream travel horizontally before hitting the ground?
hp
Transcribed Image Text:5. Consider an upright cylindrical water tower with a of radius (7 m). The water depth in the water tower is (4 m). The water tower sits on top ofa frame that is (12 m) tall. (a) The water tower develops a hole with area (0.002 m) on its side just ncar the bottom. What is the velocity of the water coming out of the crack? (b) How far does the water stream travel horizontally before hitting the ground? hp
PHYS 2262
Homework &
* All answers must show work to reccive full credit
For this homework, you will need the following information:
Object
Mass
Radius
Person
70 kg
TE 3 km
Moon
71:22 kg
1.7E3 km
Sun
2E30 kg
755 km
GE21 kg
CGER Km
VY Canis Najoris
BE3 kg
TE kru
White Dwarl Str
13 Misun)
GER kni
Naatron Slr
Transcribed Image Text:PHYS 2262 Homework & * All answers must show work to reccive full credit For this homework, you will need the following information: Object Mass Radius Person 70 kg TE 3 km Moon 71:22 kg 1.7E3 km Sun 2E30 kg 755 km GE21 kg CGER Km VY Canis Najoris BE3 kg TE kru White Dwarl Str 13 Misun) GER kni Naatron Slr
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