To convert between degrees Celsius and degrees Fahrenheit, take the number, multiply it by 9, divide it by 5, and add 32. To use an example below freezing, -5 x 9 = -45 / 5 = -9 + 32 = 21 degrees Fahrenheit.
-40 is already below freezing since water freezes at 32 Fahrenheit or 0 Celsius
In Fahrenheit: 35 degrees below freezingIn Celsius, 3 degrees below freezing.(In both cases, we're using "freezing" to meanthe freezing temperature of water.)
In Celsius degrees, 10° below the freezing point of water is -10° .
A metal stays solid at Fahrenheit temperatures below 1647.3. Determine in terms of an inequality those Celsius temperatures for which the metal stays solid. Use the formula?
Yes, they can. Centigrade (Celsius) can go as low as -273.15 degrees C. The same temperature on the Fahrenheit scale is -459.67 degrees -- both indicate absolute zero (0K). A notable difference caused by having "degrees" of two different sizes and definitions is that negative temperatures on Celsius indicate "below the freezing point of water" (0 degrees C), while below freezing on the Fahrenheit scale includes positive values from 31 down to 0, the freezing point being 32 degrees F.
-16 degrees Celsius is 28.8 degrees below freezing (3.2 degrees Fahrenheit).
32 Degrees F and below = For Fahrenheit Below 0 degrees in Celsius
-40 is already below freezing since water freezes at 32 Fahrenheit or 0 Celsius
In Fahrenheit: 35 degrees below freezingIn Celsius, 3 degrees below freezing.(In both cases, we're using "freezing" to meanthe freezing temperature of water.)
The freezing point of water is zero Celsius or 32 Fahrenheit. 30 F is below freezing, 30 C is above it. 30 C is hotter.
Start by taking the number in Celsius and multiply it by 9. Then divide that number by 5, and then add 32. This is how you convert Celsius to Fahrenheit or use the equation F = (9/5)C + 32In this case, the answer is about 82.4 degrees Fahrenheit.
The temperature 1°C is warmer, above water's freezing point on the Celsius scale (0°C).The temperature 1°F is well below freezing on the Fahrenheit scale (32°F).The equivalent temperature to 1°F is -17.22°C.---The two temperature scales have different "starting points" - zero in Celsius is the freezing point of water, while zero in Fahrenheit is the fralty water). So 1° Celsius is above freezing while 1° Fahrenheit is below freezing, the freezing point of pure water being 0°C but 32° F.
30 celsius might be a little warm, but mostly comfortable to sleep. 30 Fahrenheit is below freezing, and would be quite uncomfortable.
6 degrees Fahrenheit is warmer. * * * * * 6 deg F is below freezing, 6 deg C is above freezing. So which is warmer?
The two temperature scales have different "starting points" - zero in Celsius is the freezing point of water, while zero in Fahrenheit is the freezing point of brine (salty water). So 1° Celsius is above freezing while 1° Fahrenheit is below freezing, the freezing point of pure water being 0°C but 32° F *.A change of 1 degree Celsius is also a larger change than 1 degree Fahrenheit. Fahrenheit "degrees" are smaller than Celsius "degrees," as there are 180 of them between the freezing and boiling points of water (only 100 in Celsius).*For comparison a thermometer reading of 1° F is the same as -17.2° C
20 degrees C is 20 degrees above freezing on the Celsius scale. 20 degrees F is (32 - 20) = 12 degrees below freezing on the Fahrenheit scale. So the answer is 20 F.
Well since 30 degrees Fahrenheit would be below the freezing point of water, I'd have to say 30 degrees Celsius.