The positive degree of an adjective describes a quality without any comparison. For the adjective "cool," the positive degree simply refers to something being cool without indicating whether it is cooler or less cool than anything else. It is used to express a straightforward attribute or characteristic of an object, person, or situation. For example, "This ice cream is cool."
Rinse it gently under cool water, then put an icepack on it wrapped in a clean washcloth and go to the emergency room.
Oh, dude, 250 milliliters is the same as 250 cubic centimeters. It's like when your friend tells you they're going to the store, and you're like, "Cool, have fun." So yeah, 250 ml equals 250 cm³. Easy peasy, lemon squeezy.
This is cool! I just got a free IMVU credits code and it redeemed just fine! You can get one too from imvucreditsgenerator|d●t| com
If you have an angle then the length of the side OPPOSITE that angle divided by the length of the HYPOTENUSE. (O/H) (HYPOTENUSE is the side opposite the 90 degree angle) or (y/x) and a lot of other cool ways.
None, of you just cool it to about -40 degree centigrade.
the weather is pretty cool. ranging from approx 24 degrees centigrade to 35 degrees centigrade. Also, the wind blows pretty often since it is an island
Cooler
Oh, dude, one thousand liters equals one cubic meter. It's like the metric system's way of keeping things interesting. So, if you ever need to convert a swimming pool into cubic meters, you're all set. Cool, right?
Cooler
a cool degree
20 C
cooler, coolest
Because air contain water and solubility of water in air is higher with temperature. In example at 10 C the air can withhold 11.7 gram of water per cubic meter of air at 20 C the air can withhold 17.3 gram of water per cubic meter of air. At the cold surface, air is cool down and it can't withhold the water in it anymore thus it is condensing out. But air isn't always saturate with water. You might heard about the term "dew point". Dew point indicate moisture in the air. For the air of 20 C it might had only 14.7 gram of water per cubic meter. It need to cool down to at least 16 C before the very first drop of moisture to condense.
It takes 1 BTU (British Thermal Unit) to cool 1 pound of water by 1 degree Fahrenheit.
to be cool
To cool a 250 square foot room from 38°C to 20°C, you would need approximately 6,648 BTUs of cooling capacity. This calculation is based on the formula: BTUs = area (in square feet) x temperature difference (in degrees Celsius) x 4.88.