On the Cecilius scale water freezes at 0 degrees at STP. Therefore below the surface of a boy of WATER on Earth, the temperatures will always be positive.
Celsius is a scale of temperature. Its range includes both positive and negative numbers.
equal numbers of positive and negative charges.
You can assign positive numbers to east and negative to west - or you can do it the other way round. Which direction you call positive is really quite arbitrary. In Google Maps for example, east appears as positive.
it is neutral because there are the same numbers of protons and electrons in an atom so the positive charge of the proton balances out the negative charge of an electron
Can you compare two positive numbers and find out which is larger. The larger one would be warmer. +++ It's an odd question. I wondered if it's been mis-typed, and the questioner really intended one of those scales to have been Fahrenheit, but that does not really fit as: 20ºC = 68ºF or 20ºF = -6.7ºC or 7C = 44.6
Sorry, but what is celius?
Celsius is a scale of temperature. Its range includes both positive and negative numbers.
Negative number and positive numbers are all numbers. Negative numbers are just positive numbers multiplied by -1.
Negative * positive = negative Positive * positive = positive Negative * negative = positive
Negative because product of 47 negative numbers is negative and product of three positive number is Positive , so negative*positive = Negative.
(The product of 33 negative numbers) x (2 positive numbers) = (negative sign) x (positive sign) = negative sign
negative
positive
'cuz
Positive x Positive =Positive Positive x Negative= Negative Negative x Positive= Negative Negative x Negative =Positive
It is positive. Any product of an even number of negative numbers will be positive, regardless of how many positive numbers you have. Similarly any product of an odd number of negative numbers will be negative, regardless of how many positive numbers you have.
First of all, Kelvin absolute zero = -272 degrees Celsius. Secondly, the set of real numbers which contain Celsius numbers and negative Fahrenheit numbers are as follows: Negative X Fahrenheit would = -1 to -31 (because two negatives make a positive, and this would also be consistent with temperatures in the range of 1 to 31 degrees Fahrenheit, along which range all of the Celsius numbers are negative). So, 1 deg F to 31 deg F would then correlate with negative Celsius temperatures (but since we are using the numbers -1 to -31, this would correlate to positive X Celsius). Thus, the range of Kelvin temperatures would be 273 to 304. The reason for which the answer is somewhat convoluted is due to the fact that there do not exist any negative Fahrenheit temperatures for which Celsius temperatures are positive. Thus, negative numbers have to be used in order to "turn the equation around", so to speak, because there is a range of temperatures (1 to 31, in real numbers) Fahrenheit, for which Celsius temperatures are below zero, or in the negative ... due to the fact that deg 0 deg C = 32 deg F.