Question

the movement of the progress bar may be uneven because questions can be worth more or less (including zero) depending on y
match the boiling and freezing points of water described on the left with their num
options on the right will be used.
boiling point fahrenheit 0
freezing point fahrenheit 100
boiling point celsius 273
freezing point celsius 212 32
clear
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target before releasing. the target will highlight or the cursor will change
please answer the question first.

Explanation:

To solve this, we recall the standard temperature points of water:

• Boiling Point Fahrenheit: Water boils at 212°F.
• Freezing Point Fahrenheit: Water freezes at 32°F.
• Boiling Point Celsius: Water boils at 100°C.
• Freezing Point Celsius: Water freezes at 0°C (and 273 K in Kelvin, but here we match to Celsius freezing which is 0, though the 273 might be a typo or for Kelvin, but for Celsius freezing it's 0). Wait, correction: Freezing Point Celsius is 0°C, Boiling Point Celsius is 100°C. Freezing Point in Kelvin is 273 K, but the options here: let's re - check.

Wait, correct matches:

• Boiling Point Fahrenheit: 212
• Freezing Point Fahrenheit: 32
• Boiling Point Celsius: 100
• Freezing Point Celsius: 0 (and 273 is Kelvin for freezing, but if we consider the options, maybe the 273 is a distractor or maybe a mistake, but the standard Celsius freezing is 0, boiling is 100. Fahrenheit freezing 32, boiling 212.

So the correct matches are:
Boiling Point Fahrenheit - 212
Freezing Point Fahrenheit - 32
Boiling Point Celsius - 100
Freezing Point Celsius - 0
(The 273 is Kelvin for freezing point of water, which is 273.15 K, approximately 273 K)

Answer:

• Boiling Point Fahrenheit: 212
• Freezing Point Fahrenheit: 32
• Boiling Point Celsius: 100
• Freezing Point Celsius: 0

(Note: The 273 in the options is the Kelvin temperature for the freezing point of water, which is \(0^{\circ}\text{C}=273.15\text{K}\))