Final answer:
The boiling point of radon is -62°C.
The boiling point of radon is -62°C, which is 121°C cooler than the boiling point of bromine at 59°C.
Step-by-step explanation:
The boiling point of bromine is 59°C. The question states that the boiling point of radon is 121 degrees Celsius cooler than bromine. To find the boiling point of radon, we subtract 121 from the boiling point of bromine. Therefore, the boiling point of radon is -62°C.
The boiling point of radon is -62°C, which is 121°C cooler than the boiling point of bromine at 59°C.
The boiling point of bromine is 59°C. If the boiling point of radon is 121 degrees Celsius cooler than the boiling point of bromine, we can find the boiling point of radon by subtracting 121°C from the boiling point of bromine.
Boiling point of radon = Boiling point of bromine - 121°C
Boiling point of radon = 59°C - 121°C
Boiling point of radon = -62°C