The most common answer is:
Write your function for converting Celsius to Fahrenheit here.
Make sure to include a comment at the top that says what
each function does!
def to_F(c):
return float(1.8 * c + 32)
Now write your function for converting Fahrenheit to Celsius.
def to_C(f):
return float((f – 32) / 1.8)
Now change 0C to F:
print (to_F(0))
Now change 100C to F:
print (to_F(100))
Now change 40C to F:
print (to_C(40))
Now change 80C to F:
print (to_C(80))Here’s the corrected and commented version of the temperature conversion program:
# Converts Celsius to Fahrenheit
def to_F(c):
return float(1.8 * c + 32)
# Converts Fahrenheit to Celsius
def to_C(f):
return float((f - 32) / 1.8)
# Change 0°C to °F
print(to_F(0)) # Expected output: 32°F
# Change 100°C to °F
print(to_F(100)) # Expected output: 212°F
# Corrected: Now change 40°F to °C
print(to_C(40)) # Expected output: Approximately 4.444°C
# Corrected: Now change 80°F to °C
print(to_C(80)) # Expected output: Approximately 26.667°C
This program:
- Defines a function
to_F(c)that converts Celsius to Fahrenheit. - Defines a function
to_C(f)that converts Fahrenheit to Celsius. - Prints the conversion results for given temperatures, first converting from Celsius to Fahrenheit and then converting from Fahrenheit to Celsius with the correct function calls.