thermal expantion
thermal expansion
This process is known as themal expansion.
The higher the temperature the faster diffusion occurs which in turn means that the process of osmosis becomes faster as the temperature rises.
The enthalpy of mixing for this mixture is negative: and the mixing is an exothermic process in this case.
An increase in temperature speeds up the reaction rate.
Temperature (heat) is the kinetic energy of the atoms/molecules that make up something. The more kinetic energy they have, the more they move around. As they move around they are "diffusing" in that they may end up in a different place to their start point. So increased temperature increases the rate of diffusion.
In the Process of collecting data a thermometer can help you identify the temperature in Fahrenheit or Celsius.
Evaporation is the process in the water cycle caused by an increase in temperature.
To indicate when the vaporization temperature of the medium being distilled has been reached.
length: ruler volume: i dont know the name of this process. put it into a container with certain amount of water and measure the increase of water level. the volume is the base area of the container multiplies the increase of water level temperature: thermometer mass: balance (most preferably an electronic one)
precipatation
Yes. In any process that is not "infinitely slow", entropy will increase.
This process is known as themal expansion.
The higher the temperature the faster diffusion occurs which in turn means that the process of osmosis becomes faster as the temperature rises.
conduction
it is true that photosynthesis continues to increase with higher temperatures because it makes the process speed up.
Osmosis is a physical process in which the net flow of solvent is from there higher concentration to their lower concentration. As osmosis is physical process it first increase with increase in temprature but get constant after some extent.
In an adiabatic process, the temperature is increased when it is compressed. There is an increase in internal kinetic energy, and because temperature is related to kinetic energy, it is also increased.