An aqueduct has water flowing through it, supplying a nearby village. Recent surveys of the duct have shown that the flow of water throughout the day can be modeled by Q(1) = 85 – 67 sin() with t measured in hours after midnight (12:00 AM) and Q in m3/hr. - A young engineer figures that this would yield the total amount of water delivered to the town, at :) IT some time t, by the function, V(t) = 85t + 60 cos( • Confirm that this is indeed the correct function to predict the total amount of water delivered. • Use this function, V(t), to compute the total amount of water delivered to the town from midnight to 10 AM.
An aqueduct has water flowing through it, supplying a nearby village. Recent surveys of the duct have shown that the flow of water throughout the day can be modeled by Q(1) = 85 – 67 sin() with t measured in hours after midnight (12:00 AM) and Q in m3/hr. - A young engineer figures that this would yield the total amount of water delivered to the town, at :) IT some time t, by the function, V(t) = 85t + 60 cos( • Confirm that this is indeed the correct function to predict the total amount of water delivered. • Use this function, V(t), to compute the total amount of water delivered to the town from midnight to 10 AM.
Chapter6: Exponential And Logarithmic Functions
Section6.1: Exponential Functions
Problem 60SE: The formula for the amount A in an investmentaccount with a nominal interest rate r at any timet is...
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![An aqueduct has water flowing through it, supplying a nearby village. Recent surveys of the duct
have shown that the flow of water throughout the day can be modeled by
Q(t) = 85 – 6r sin
10
(t)
with t measured in hours after midnight (12:00 AM) and Q in m³/hr.
A young engineer figures that this would yield the total amount of water delivered to the town, at
some time t, by the function, V(t) = 85t + 60 cos
10
• Confirm that this is indeed the correct function to predict the total amount of water delivered.
• Use this function, V(t), to compute the total amount of water delivered to the town from
midnight to 10 AM.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F200ece52-fda7-4986-b788-4fae9fa58411%2Fd73ef045-6047-49cc-958a-e4e16fc774d7%2F8dtr6c_processed.png&w=3840&q=75)
Transcribed Image Text:An aqueduct has water flowing through it, supplying a nearby village. Recent surveys of the duct
have shown that the flow of water throughout the day can be modeled by
Q(t) = 85 – 6r sin
10
(t)
with t measured in hours after midnight (12:00 AM) and Q in m³/hr.
A young engineer figures that this would yield the total amount of water delivered to the town, at
some time t, by the function, V(t) = 85t + 60 cos
10
• Confirm that this is indeed the correct function to predict the total amount of water delivered.
• Use this function, V(t), to compute the total amount of water delivered to the town from
midnight to 10 AM.
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