Below Absolute zero or 0k. i.e. (−273.15°C or −459.67° F)
When an enzyme coola below a temperature where it can work, it denatures (dies).
this is known as liquifaction if the gas is cooled to liquid.
See the link below for information on the elements and their properties
The state of matter of a substance at room temperature depends on whether the melting and boiling points are above or below room temperature. At room temperature:A substance is solid if both the melting and boiling points are above room temperature.A substance is liquid if the melting point is below room temperature but the boiling point is above room temperature.A substance is a gas if both the melting point and boiling point are below room temperature.
Out
When an enzyme coola below a temperature where it can work, it denatures (dies).
The hotter the sensor, the greater its errors.
it becomes solid.
why is the water used in the exprimental procedures for heat capacity of metals initially cooled several dgrees below room temperature
Any substance, when its gas is cooled below its condensation temperature.
The process is called condensation. It occurs when the water is cooled below its boiling point due to the temperature in the environment cooling it.
It will gradually drop to below 10 degrees.
Cooled temperatures are still temperatures!. You can measure them using expansion thermometers down to around -15 deg Celsius. Below that you will probably need a thermocouple.
Martensite transformation begins when austenite is cooled below a certain critical temperature, called the matrensite start temperature. As we go below the tmartensite start temperature, more and more martensite forms and complete transformation occurs only at a temperature called martensire finish temp. Formation of martensite require that the austenite phase must be cooled rapidly.
When a gas cools the distance between the particles shrinks, if a gas is cooled to a temperature below its boiling/Condensing point it condenses into a liquid, if it is cooled bellow its Melting/freezing point it because a solid A common example of this is water which above the temperature 100 is a gas, between 0 and 100 is a liquid and below 0 is a solid.
Butterflies are unable to fly if they are cold. If the surrounding temperature is below 55 degrees Fahrenheit, butterflies are rendered immobile.
The dew point is the varying temperature at which atmospheric humidity condenses. If the air temperature drops below the dew point, dew and condensation form.