Temperature can be measured in two different common units; degrees Celsius and degrees Fahrenheit. f represents the temperature in degrees Fahrenheit as a function of the temperature c in degrees Celsius. f=32+1.8c What is the temperature increase in degrees Fahrenheit that is equivalent to a temperature increase by 10 degrees Celsius?
Q. Temperature can be measured in two different common units; degrees Celsius and degrees Fahrenheit. f represents the temperature in degrees Fahrenheit as a function of the temperature c in degrees Celsius. f=32+1.8c What is the temperature increase in degrees Fahrenheit that is equivalent to a temperature increase by 10 degrees Celsius?
Given Formula Application: We are given the formula to convert Celsius to Fahrenheit: f=32+1.8c. To find the increase in Fahrenheit for a 10 degrees Celsius increase, we need to apply this increase to the formula.
Initial Fahrenheit Calculation: First, let's calculate the Fahrenheit temperature for the initial Celsius temperature. Let's assume the initial Celsius temperature is 0 degrees (since we are only interested in the increase). Using the formula, we get f=32+1.8(0)=32 degrees Fahrenheit.
Increased Fahrenheit Calculation: Now, let's calculate the Fahrenheit temperature for the Celsius temperature increased by 10 degrees. If the initial Celsius temperature is 0 degrees, the increased temperature is 0+10=10 degrees Celsius. Using the formula, we get f=32+1.8(10)=32+18=50 degrees Fahrenheit.
Fahrenheit Increase Calculation: The increase in Fahrenheit can be found by subtracting the initial Fahrenheit temperature from the increased Fahrenheit temperature. So, the increase is 50 degrees Fahrenheit - 32 degrees Fahrenheit = 18 degrees Fahrenheit.
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