Question

On a trip to Canada, you may wish to convert the local temperature from Celsius to Fahrenheit. Given the following formula, determine the temperature in degrees Fahrenheit (
f. if it is 15° Celsius (
c.

Answer 1

Answer:

The local temperature in Canada is 50 Fahrenheit.

Step-by-step explanation:

We have to convert temperature in Celsius to temperature in Fahrenheit.

The formula for this conversion is:

$T_{(^\circ F)} =\bigg( T_{(^\circ c)}\times \displaystyle\frac{9}{5}\bigg) + 32\\\\where,\\T_{(^\circ F)}\text{ is temperature in Fahrenheit}\\T_{(^\circ C)}\text{ is temperature in Celsius}$

Putting the value of temperature in Celsius, we get:

$T_{(^\circ F)} =\bigg( 15\times \displaystyle\frac{9}{5}\bigg) + 32 = 59 ~F$

Hence, the local temperature in Canada is 50 Fahrenheit.

Answer 2

We want to use a function to transform a given temperature from degrees Celcius to degrees Fahrenheit.

We will find that 15°C is equivalent to 84.6°F

The function is:

$F(C) = \frac{9}{5}*(C + 32)$

So to get the temperature in degrees Fahrenheit, we just need to replace "C" by the temperature in degrees Celcius.

So if the temperature is 15°C, we will get:

$F(15\°) = \frac{9}{5}*(15\° + 32\°) = 84.6\°$

This means that 15°C is equivalent to 84.6°F

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