Not very much it around 21 Celsius
F= (1.8 x C) + 32 F= (1.8 x 70) + 32 F= 126 + 32 F= 158
Yes, but this is only caused by difference in effect of evaporation during cooling or warming up. It costs energy to evaporate and that is mainly acquired from the liquid, so stimulating the cooling (faster) and counteracting at warming up (slower).
I assume you wish to convert 34 degrees Celsius to degrees Fahrenheit. f=9/5c+32 f=9/5*34+32 f=61.2+32 f=93.2 34 degrees c is 93.2 degrees f
20 degrees Celsius = 68 degrees Fahrenheit
It all depends what you call "hot". If you are Inuit, you would say "yes", whereas if you're Fulani or Yoruba, you would say "no". Most folks in the USA keep their thermostats somewhere around 71 in the Winter, and are content to keep their A/C right around there in the Summer. So, although 71 is a bit on the toasty side for me, it's probably fair to say that it's pretty comfortable for the majority of Americans.
70 F = 21,1 C
70 degrees Celsius = 158 degrees Fahrenheit.
-70 degrees Fahrenheit-- or 70 degrees below zero since you used the minus sign in front of the number.
F= (1.8 x C) + 32 F= (1.8 x 70) + 32 F= 126 + 32 F= 158
'Warm' is best described as relative to a fixed temperature. If the temperature is zero degrees F., then ten degrees above zero is warm. If the temperature is 90 degrees F., than 100 degrees F., is warm-er.
70 degrees Celsius = 158 degrees Fahrenheit
70 degrees Fahrenheit = 21.1 degrees Celsius
Yes, but this is only caused by difference in effect of evaporation during cooling or warming up. It costs energy to evaporate and that is mainly acquired from the liquid, so stimulating the cooling (faster) and counteracting at warming up (slower).
about 70 degrees
21.1C [°C] = ([°F] − 32) × 5⁄9
70 degrees Celsius = 158 degrees Fahrenheit
If you mean its equivalent in Celsius then it is: 5/9*(70-32) = 21.11 degrees Celsius