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The Temperature of an Oven Remains Constant at 377 Degrees D=302×0.92tD = 302 \times 0.92 ^ { t }

Question 73

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The temperature of an oven remains constant at 377 degrees Fahrenheit. A potato is placed in the oven to bake. The difference between the temperature of the oven and that of the potato after  The temperature of an oven remains constant at 377 degrees Fahrenheit. A potato is placed in the oven to bake. The difference between the temperature of the oven and that of the potato after   mi- Nutes in the oven is given by  D = 302 \times 0.92 ^ { t }  degrees Fahrenheit. Write a formula that gives the tempera- Ture  T  , in degrees Fahrenheit, of the potato after   minutes in the oven.  A)   T = 377 - 302 \times 0.92 ^ { t }  B)   T = 377 + 302 \times 0.92 ^ { t }  C)   T = 377 \times 302 \times 0.92 ^ { t }  D)   T = 302 \times 0.92 ^ { t } - 377   mi-
Nutes in the oven is given by D=302×0.92tD = 302 \times 0.92 ^ { t } degrees Fahrenheit. Write a formula that gives the tempera-
Ture TT , in degrees Fahrenheit, of the potato after  The temperature of an oven remains constant at 377 degrees Fahrenheit. A potato is placed in the oven to bake. The difference between the temperature of the oven and that of the potato after   mi- Nutes in the oven is given by  D = 302 \times 0.92 ^ { t }  degrees Fahrenheit. Write a formula that gives the tempera- Ture  T  , in degrees Fahrenheit, of the potato after   minutes in the oven.  A)   T = 377 - 302 \times 0.92 ^ { t }  B)   T = 377 + 302 \times 0.92 ^ { t }  C)   T = 377 \times 302 \times 0.92 ^ { t }  D)   T = 302 \times 0.92 ^ { t } - 377   minutes in the oven.


A) T=377302×0.92tT = 377 - 302 \times 0.92 ^ { t }
B) T=377+302×0.92tT = 377 + 302 \times 0.92 ^ { t }
C) T=377×302×0.92tT = 377 \times 302 \times 0.92 ^ { t }
D) T=302×0.92t377T = 302 \times 0.92 ^ { t } - 377

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