The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c ( t ) = − 0.065 t 3 + 3.4 t 2 − 22 t + 3.6 milliliters per day ( 8 ≤ t ≤ 30 ) where t is the time (in days) since the egg was laid.

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Answer 1

Question

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

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Answer 2

Question

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

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Answer 3

Question

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

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Answer 4

Question

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

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Answer 5

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 6

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 7

Chapter 5.3, Problem 61E

(a)

To determine

To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 8

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 9

(b)

To determine

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 10

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 11

(c)

To determine

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

Answer 12

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Answer 13

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Answer 14

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Answer 15

The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c ( t ) = − 0.065 t 3 + 3.4 t 2 − 22 t + 3.6 milliliters per day ( 8 ≤ t ≤ 30 ) where t is the time (in days) since the egg was laid.

Solution Summary: The author calculates the daily oxygen consumption 20 days after the egg was laid, based on the provided equation.

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To calculate: The daily oxygen consumption 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

To calculate: The rate at which the oxygen consumption is changing 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

To calculate: The rate at which the oxygen consumption is accelerating 20 days after the egg was laid where the oxygen consumption can be approximated by c(t)=−0.065t3+3.4t2−22t+3.6 milliliters per day (8≤t≤30) where t is the time (in days) since the egg was laid.

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