Fred's exam water clock: Dr. Fred Just Agosto wants to create a novelty INME exam clock. The novelty is that elapsed exam time is measured as the height of water in a tank discharging into a bucket. In order to be meaningful to examinees, the rate of change in the level of water in the tank must be constant. If not, students will not be able to easily determine remaining exam time. Depicted below is a figure. Adapted from a conversation with Dr. Frederick Just Agosto, 2022. Determine the following: Diameter d, of the spout [in]: Volume VIIo of water needed [gal]: Given: = R₁ [in] 10 R₂ [in] =0 hin] =24 h₂[in] =0 t[hr]=2.0 h₁ h(1) Tank R₁ R(h) R₂ Bucket Start of exam End of exam
Fred's exam water clock: Dr. Fred Just Agosto wants to create a novelty INME exam clock. The novelty is that elapsed exam time is measured as the height of water in a tank discharging into a bucket. In order to be meaningful to examinees, the rate of change in the level of water in the tank must be constant. If not, students will not be able to easily determine remaining exam time. Depicted below is a figure. Adapted from a conversation with Dr. Frederick Just Agosto, 2022. Determine the following: Diameter d, of the spout [in]: Volume VIIo of water needed [gal]: Given: = R₁ [in] 10 R₂ [in] =0 hin] =24 h₂[in] =0 t[hr]=2.0 h₁ h(1) Tank R₁ R(h) R₂ Bucket Start of exam End of exam
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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![Fred's exam water clock: Dr. Fred Just Agosto wants to create a novelty INME exam clock. The novelty is that
elapsed exam time is measured as the height of water in a tank discharging into a bucket. In order to be meaningful
to examinees, the rate of change in the level of water in the tank must be constant. If not, students will not be able to
easily determine remaining exam time. Depicted below is a figure. Adapted from a conversation with Dr. Frederick
Just Agosto, 2022. Determine the following:
Diameter d, of the spout [in]:
Volume Vio of water needed [gal]:
Given:
R₁ [in] 10
R₂ [in] =0
h[in] =24
h₂[in] =0
t[hr] =2.0
h₁
h(1)
Tank
h₂
R₁
R(h)
R₂
Bucket
Start of exam
End of exam](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9238508b-bfdb-4285-846b-ab029e0d2e03%2F3123e4c6-45d4-435c-953c-5cff07301331%2Fey553tq_processed.png&w=3840&q=75)
Transcribed Image Text:Fred's exam water clock: Dr. Fred Just Agosto wants to create a novelty INME exam clock. The novelty is that
elapsed exam time is measured as the height of water in a tank discharging into a bucket. In order to be meaningful
to examinees, the rate of change in the level of water in the tank must be constant. If not, students will not be able to
easily determine remaining exam time. Depicted below is a figure. Adapted from a conversation with Dr. Frederick
Just Agosto, 2022. Determine the following:
Diameter d, of the spout [in]:
Volume Vio of water needed [gal]:
Given:
R₁ [in] 10
R₂ [in] =0
h[in] =24
h₂[in] =0
t[hr] =2.0
h₁
h(1)
Tank
h₂
R₁
R(h)
R₂
Bucket
Start of exam
End of exam
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