Only a million ? Then you might get peat.
They are fossil fuels.
the temperature acted as a catalyst and excited the atoms in the solvent to make it so that they were able to pick up the valence electrons that created the bonds in the copper sulfate faster
"heat" alone is an inadequate explanation. the agent is water or moisture acted on by variations of temperature
A mass which is at rest will remain at rest unless it is acted upon by a force. A moving mass will continue to move in a straight line for ever unless it is acted upon by a force.
Without gravity, everything including ocean water would fly anywhere if acted upon by an outside force.
during mixing calcium sulphate is formed which acted as plaster of Paris and absorbed the water and is converted into dihydrated calcium sulphate which is solid as gypsum.
Fossil
Fossil
Coal and oil products .
Fossil fuel forms from the dead organisms acted on by temperature and pressure of the earth over millions of years.
Crude petroleum fuel is formed from the dead organisms by this way.
Pascals are a unit of pressure. pressure = Force / area being acted on. Therefore: Force = Pressure x Area being acted upon.
The first microscopic organisms were called by their discoverer animalcules. This is because they acted like small animals but were not seen by the human eye without a microscope.
Any air pressure is sufficient, if you have enough area with that pressure applied. Foe example, you could lift a 10000 pound truck with 10000 psi, if you have one square inch being acted on; you could do it with 1 psi, if you had 69.5 square feet being acted on.
The area over which a force acts, is proportional to the pressure. When the area is large then, the pressure acted on it is also large, so the force is greater.
A bafflestone is a variety of calcareous rock where organisms have acted as baffles during deposition, therefore reducing the local depositional energy.
The correct amount of hours that Shirley Temple acted during the day is 1 million!
When matter is acted upon by force or temperature, it can move between all the states of matter: solid, liquid, and gas.