The temperature $$ T(d) $$ in degrees Fahrenheit in terms of the Celsius temperature $$ d $$ is given by $$ T(d)=\frac{9}{5} d+32 $$. The temperature $$ C(v) $$ in degrees Celsius in terms of the Kelvin temperature $$ v $$ is given by $$ C(v)=v-273 $$. Write a formula for the temperature $$ F(v) $$ in degrees Fahrenheit in terms of the Kelvin temperature $$ v $$. It is not necessary to simplify. $$ F(v)=\square $$

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We begin with the formula for Fahrenheit in terms of Celsius
$$
T(d)=\frac{9}{5}d+32,
$$
and the formula for Celsius in terms of Kelvin
$$
C(v)=v-273.
$$
Substituting $$ d=C(v) $$ into the Fahrenheit formula gives
$$
F(v)=\frac{9}{5}(v-273)+32.
$$
$$ F(v) = \frac{9}{5}(v - 273) + 32 $$

The temperature in degrees Fahrenheit in terms of the Celsius temperature is given by .
The temperature in degrees Celsius in terms of the Kelvin temperature is given by .
Write a formula for the temperature in degrees Fahrenheit in terms of the Kelvin temperature .
It is not necessary to simplify.

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The temperature in degrees Fahrenheit in terms of the Celsius temperature is given by . The temperature in degrees Celsius in terms of the Kelvin temperature is given by . Write a formula for the temperature in degrees Fahrenheit in terms of the Kelvin temperature . It is not necessary to simplify.