Convert A° from Fahrenheit to Celsius. Round to the nearest tenth degree:
roundTo(1,(A-32)*(5/9)) degrees
The formula to convert from Fahrenheit to Celsius is:
\blue{C} = fraction( 5, 9 )(\green{F} - 32)
To find the Celsius value, insert the Fahrenheit value for the variable \green{F}.
\blue{C} = fraction( 5, 9 ) (\green{(A)} - 32)
Solve the inside of the parentheses:
\blue{C} = fraction(5, 9) (A-32)
Solve the equation:
\blue{C} = fraction(B * 5, 9)
\blue{C} = roundTo(1, (A-32)*(5/9))°
\blue{C} = -mixedFractionFromImproper(C, 9,'defraction', 'reduce')°
OR
\blue{C} = roundTo(1, (A-32)*(5/9))°
\blue{C} = mixedFractionFromImproper(B*5, 9,'defraction', 'reduce')°
OR
\blue{C} = roundTo(1, (A-32)*(5/9))°
Convert A° from Celsius to Fahrenheit. Round to the nearest tenth degree:
roundTo(1, (9/5*A)+32) degrees
The formula to convert from Celsius to Fahrenheit is:
\green{F} = fraction( 9, 5 )(\blue{C}) + 32
To find the Fahrenheit value, insert the Celsius value for the variable \blue{C}.
\green{F} = fraction( 9, 5 ) (\blue{(A)}) + 32
Multiply:
\green{F} = fraction(B, 5) + 32
Add:
\green{F} = fraction(C, 5)
\green{F} = 0 + 32
Simplify:
\green{F} = roundTo(1, (9/5*A)+32)°
\green{F} = - mixedFractionFromImproper(abs(C), 5,'defraction', 'reduce')°
OR
\green{F} = roundTo(1, (9/5*A)+32)°
\green{F} = mixedFractionFromImproper(C, 5,'defraction', 'reduce')°
OR
\green{F} = roundTo(1, (9/5*A)+32)°