Yes, there is a finite amount of matter in the universe.
The universe has a finite mass and size to the best of our understanding.
This subject has both the simple answer as stated above and the complications of our lack of understanding of dark matter and dark energy and the possibility that Einstein's field equations are not as simple as we thought.
(For details see the related question "How Big is the universe?" ).
decrease of the total amount of carbon found on earth
No. 1) the sun puts out a finite amount of energy. 2) the sun has a finite life-time. (about another 5 billion years).
No. there is definitely a finite amount of them in existence the population now is about 6.7 Billion
All plastics give of carbon monoxide when burned, the amount of carbon monoxide depends on what type of plastic is being burned, so don't burn plastic cause too much carbon monoxide is bad for all life on earth and the ozone! :)
the carbon -rich bodies of plant and animals decay into earth after the die
Yes - the Earth has a finite amount of water on it. This water cycles between the oceans and the atmosphere.
our is a finite earth\
Yes !... There is a 'finite' amount of fossil fuels left on the Earth - eventually it will run out !
Active components can deliver a finite amount of power for some finite amount of time period where passive components can not deliver finite amount of power for some finite amount of time.
Because the Earth's space is finite, the supply of gold is also finite. Unless we begin mining asteroids and other planets that is.
The number of smells is extremely large and probably incalculable. There is a finite amount of matter in the universe, thus a finite amount of olfactory sensations.
earth
Every computer has a finite amount of memory.
Example sentence - There is a finite amount of monies in the account.
An example of a finite amount of time is having a short time frame to complete a task.
The largest amount of carbon stored on Earth is found in rocks, such as carbonate minerals like limestone and dolomite. These rocks contain carbon in the form of calcium carbonate, which makes up a significant portion of Earth's crust. Carbon stored in rocks is estimated to be many times greater than the amount of carbon found in the atmosphere and living organisms combined.
The greatest amount of carbon on Earth is found in rocks such as limestone and dolomite, in fossil fuels like coal, oil, and natural gas, and in the ocean as dissolved carbon dioxide and bicarbonate ions.