-26 degrees?
Actually, it's -229.835 degrees Fahrenheit or -136.575 Celsius.
Absolute zero is -459.67 degrees Fahrenheit and -273.15 Celsius.
Divide either one by 2 to get the twice as cold answer.
Twice as hot as 0 degrees Fahrenheit is 32 degrees Fahrenheit, as there are 32 degrees between 0 and 32 on the Fahrenheit scale.
This would be a trick question, as temperature cannot be "twice as cold." Coldness is a lack of heat, so you would measure the difference in temperature in terms of degrees. If it's 0 degrees today and the weatherman says it will be twice as cold tomorrow, it would also be 0 degrees tomorrow.
Well as it is never really 0 degrees the percentage of a degree left will be halved.
this is sorta a trick question because you cant have twice as cold, there is no such thing as cold just absence of heat...think about it so say its 100 deg celsius, can you still say twice as cold as 100 deg? nope
Zero degrees Celsius (or centigrade) is the same as 32 degrees Fahrenheit. Therefore, if you convert the temperature to Fahrenheit, and we are working on a twice (as cold) minus reduction, then tomorrow could be 16 degrees Fahrenheit?it doesn't ask for Fahrenheit. if it is 0 now and twice as cold tomorrow, 0 x 2 = 0. it will be 0 degrees Celsius.If we use the Kelvin scale 0'C = 273.15'K so twice as cold would be 546.3' K or 273.15' C not a realistic answer for Earthly temperatures.Another Answer"Double the coldness" is meaningless. "Cold" is merely a lack of heat. Temperature is a measure of heat, not cold. Moreover, even if you could measure "coldness", you would have to use some unit of measurement that starts at zero when there is no coldness, and increases as it gets colder (the opposite of temperature). I'm not talking about Kelvin, because the zero on the Kelvin scale is set where there is no heat, not where there is no coldness. Presumably, the point of "zero coldness" would be the point at which the highest possible temperature is obtained, and therefore there is no coldness at all. But theoretically, there is no maximum temperature, and therefore no point of "zero coldness". But, even if you could establish what the maximum possible temperature (and therefore the zero point on your "coldness" scale) was, it would be so high that doubling coldness would result in a temperature of less than absolute zero, which is impossible. For example, even if the maximum possible temperature was as low as 600 degrees F (and we know that the average star burns many, many times hotter than that), 600 degrees F is approximately 316 degrees C, or 589 K. If you set your "zero coldness" at this point, 589 K, and increased your coldness measure by 1 for every 1 degree decrease in K, your coldness measurement would reach 316 at 0 degrees C. If you double this, you have a coldness measurement of 632, which equates to a Kelvin temperature of -43. But negative Kelvin temperatures do not exist. QED - there is no such thing as "twice as cold".
100 degrees Celsius is more than twice as warm as 100 degrees Fahrenheit.
It is exactly twice of 184 which is 368 degrees Fahrenheit.
0 degrees c is 273.5 kelvin so twice as cold is 273.5/2 = 136.75 kelvin to convert to degrees subtract 273.5 136.75-273.5= -136.75 degrees c Dan
1 degree Celsius is equal to 9/5 degrees Fahrenheit. Or it is easier to think that one degree Celsius is approximately two degrees Fahrenheit. So, if one has a thermometer that reads both Fahrenheit and Celsius, one would expect about twice the range of numbers on the Fahrenheit side, as well as potentially having more numbers marked on the scale.
In November in New York City, it's typically around 40 to 50 degrees Fahrenheit (4.4 to 10 degrees Celsius) during the day, and about 30 to 40 degrees Fahrenheit (1.1 to 4.4 degrees Celsius) at night. According to Wikipedia, the average high in November is 53.1 degrees Fahrenheit (11.72 degrees Celsius), and the average low is 41.0 degrees Fahrenheit (5 degrees Celsius).
Neither of them are absolute scales so that 2 degrees is not twice as warm (hot) as 1 degree. 10 degrees is not ten times as hot as 1 deg.
Convert the temperature to Kelvin. Kelvin starts from absolute zero; so twice the temperature represents twice the internal energy. After doubling the temperature in Kelvin, you can convert back to Celsius if you like.