Yes, regularly and routinely.
the climate for the Iroquois was warm summers and cold temperatures in the winter which could go below zero
The Iroquois had warm summers (about the 70's) but cold temperatures in the winter which could go below zero.
NO. 0 in Kelvin is THE absolute zero. There is no colder temperature Actually, yes. quantum gas reach temperatures a few billionths of a kelvin below zero.
No, Celsius is a temperature scale which can go down to -273.15. The hottest temperature attained by scientists is approx 4 trillion degrees and the theoretical maximum is 1.4*10^32 [140 nonillion] degrees. On balance, then, the range of negative temperatures on the Celsius scale is somewhat smaller than the positive temperatures.
The Kelvin scale is defined so that zero Kelvin corresponds to absolute zero, the lowest possible temperature at which all molecular motion ceases. It is not physically possible for temperatures to go below absolute zero as it would violate the laws of thermodynamics.
The eggs, larva, and pupa go dormant at temperatures below freezing. The adults die at these temperatures.
Toughness, yes, Power, no. If a creature's Toughness ever goes to zero or below, it is put into the graveyard. However reducing a creature's Power to zero or below, will do nothing, apart from make it unable to deal damage.
Yes, it can go below 0 degrees to minus Celsius for cooler temperatures for example it was -4°c outside
In January, the coldest month generally, average minimum temperatures range mostly from 5 to 10° F. In the western valleys average temperatures go down to about 5° below zero. The record low for Wyoming is -66° F observed February 9, 1933, at Yellowstone Park.
It is because you are going "below" sea level. It is like saying going below zero, since sea level is at zero elevation. If you were to go "below" zero, you would get a negative number, the same with going below sea level. Since you are going below 0 [elevation], you write your elevation below sea level in a negative value.
To report temperatures in several cities, you would use the subset of real numbers known as the set of all real numbers greater than or equal to absolute zero (0 Kelvin or approximately -273.15 degrees Celsius). This is because temperatures can be measured on various scales (Celsius, Fahrenheit, Kelvin) but cannot go below absolute zero. Therefore, the appropriate subset would be the real numbers representing temperatures in a practical range above this minimum limit.
Nope; it would never go below room temperature. It is technically impossible to reach absolute zero