If e = MC2 (squared), then matter would be:
M = e/C2 (squared)
Your question is not specific enough. There is no formula for matter. If by "matter" you meant "mass" there are many formulas, not just one. Matter comes in discrete units (rather than infinitesimal units), those units being particles. Protons, electrons and neutrons are examples of such units (though protons and neutrons are not fundamental units since they can be broken apart into smaller units). One possible "formula for matter" would be: m = (#protons)*(mass of proton)+(#electrons)+(mass of electron)+(#neutrons)+(mass of neutrons) which would yield an object's non-relativistic rest mass. Another formula for matter is the relativistic formula for mass: m = (rest mass) * gamma = (rest mass)/sqrt(1-(v^2 - c^2)), where c is the speed of light which is 3*10^8 m/s which is 186,000 miles per second.
Density and state of matter are physical properties, its not chemical =p.
The chemical formula for methane is CH4. It is a simple hydrocarbon gas that is the main component of natural gas and is produced by the decomposition of organic matter.
The formula for calculating mass is mass = density x volume. This formula relates the mass of an object to its density (amount of matter in a given volume) and volume (amount of space an object occupies).
The formula of a dust particle can vary depending on its composition. Common components of dust particles include silicates, metals, and organic matter. However, there isn't a specific chemical formula for dust particles as they are typically a mixture of various substances.
The density (d) to be determined can be calculated by the formula: d = mass / volume , both measured from the same amount of matter.
The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.The formula will be converted into uppercase letters and will work. So it does not matter if you enter it in upper or lower case or a mix of both.
E = mc2
yes because it important to use it in mid point formula
The formula is the rainbow, the boot with grass, the frog, and then the little alien. The order doesn't matter
Black holes are not composed of matter, and do not have a chemical formula.
Albert Einstein
Density and state of matter are physical properties, its not chemical =p.
A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.A formula can be copied no matter what type of references are in it. It depends on what the formula is doing. Most copied formulas will have relative references in them or at least have mixed references. A formula that consists solely of absolute references will not change if copied, but a formula with some absolute references in it is often copied when there are other reference types in it.
The chemical formula for methane is CH4. It is a simple hydrocarbon gas that is the main component of natural gas and is produced by the decomposition of organic matter.
The formula developed by Albert Einstein is E=mc^2, which states that energy (E) is equal to mass (m) times the speed of light (c) squared. This formula highlights the equivalence of matter and energy, showing how they are interchangeable.
Matter waves have both particle and wave nature. This concept was first put forward by Ervin Schrodinger I believe. There is also a formula for calculating different entities of matter waves.
Yes, caffeine is matter. It is an organic molecule with the formula C₈H₁₀N₄O₂ which tells you that it is made up of carbon, nitrogen and oxygen atoms - all of which are fairly obviously matter.