By the Celsius scale, yes. This is not necessarily the case when considering Fahrenheit. But the different temperature scales are relative; 20*F is twice as hot as 10*F. BUT the Celsius equivalent of 20*F is not twice as hot as the Celsius equivalent of 10*F.
The equal volume of air that is twice as hot would have a temperature of 20C. Temperature is directly proportional to the average kinetic energy of the air molecules, so doubling the temperature would double the kinetic energy of the molecules.
Hot candle wax is a liquid. When the wax is heated, it melts and transforms into a liquid form.
Hot tea in a teacup is a liquid. When you heat up water and add tea leaves to it, the tea leaves infuse with the water to create a liquid beverage that you can drink.
A cold liquid dissolves gas quicker than a hot liquid because colder temperatures slow down the motion of gas molecules, making them easier to dissolve in the liquid. Additionally, cold liquids can hold more dissolved gas compared to hot liquids.
Hot cocoa is a liquid. It is a mixture of cocoa powder, sugar, and milk (or water), which form a homogenous liquid solution when combined. The cocoa powder and sugar dissolve in the liquid (milk or water) to create a uniform mixture, making it a liquid.
It's just over 24 degrees Celsius (as centigrade is now called) You're so lazy. If you have a temperature in Fahrenheit, take away 32 and then divide the result by 1.8 to get the temperature in degrees Celsius. So, 76 - 32 = 44 44 / 1.8 = 24.4 24.4 degrees C is your answer -30C is extremely cold: -22F -20C is very cold: -4F -10C is cold: 14F 0C is the freezing point: 32F 10C is cool: 50F 20C is quite warm: 68F 25C is warm: 77F 30C is hot: 86F 35C is very hot: 95F 40C is extremely hot: 104F
The equal volume of air that is twice as hot would have a temperature of 20C. Temperature is directly proportional to the average kinetic energy of the air molecules, so doubling the temperature would double the kinetic energy of the molecules.
It is hot, higher temperature is hot and lower is cold. Cold temperature is from 0c to about 10c.
No. Room temperature is 20C, and Mercury is liquid at this. Gallium melts slightly higher, and will liquify in someone's hand or in hotter climates.Caesium has a melting point of 29C. So this metal will also be liquid in a hot day!Only one, mercury, at standard temperature and pressure. Gallium would be liquid in a hot room.
hot liquid
its pretty much selfexplanitory, its fluids (liquids and or gases) that are hot.
If at room temperature, the hot sauce is not solid, then it is a liquid.
Winter- Generally warmer than most of Canada (3rd warmest Winters behind Vancouver and St. John's) Average -5C----5C Spring- Cool and nice, Average 0C----20C Summer- Hot and Humid, with some foggy cool days due to the ocean, Average 25C----33C feels like 30C----45C Fall- Warm and pleasant, Average 10C----25C
Fire works nicely to keep liquid hot.
Yes, it is a liquid.
It depends on the liquid
it is probably a liquid because if you even make it hot, it will still be liquid.