because different macromolecules have different kinds/quantity of bonds, and these bonds holds energy
They differ because they all have different bonds, which contain different amounts of energy.
Steak
Gas IS not a kind of energy, but different gases can CONTAIN energy. Certain gases contain chemical energy (they can be burned). There is also energy related to the pressure on the gas.Gas IS not a kind of energy, but different gases can CONTAIN energy. Certain gases contain chemical energy (they can be burned). There is also energy related to the pressure on the gas.Gas IS not a kind of energy, but different gases can CONTAIN energy. Certain gases contain chemical energy (they can be burned). There is also energy related to the pressure on the gas.Gas IS not a kind of energy, but different gases can CONTAIN energy. Certain gases contain chemical energy (they can be burned). There is also energy related to the pressure on the gas.
The amount of available energy will decrease.The amount of available energy will decrease.The amount of available energy will decrease.The amount of available energy will decrease.
Water itself does not contain the traditional, digestable energy such as calories, but it can contain heat energy as in hot water, or potential energy to turn turbines such as in a dam.
I assume you are referring to the Law of Conservation of Matter. It states that during a chemical bond, energy and matter cannot be created, nor destroyed; the amount of energy and matter at the start is identical to the amount at the end.
because different macromolecules have different kinds/quantity of bonds, and these bonds holds energy
Hamburger
proteins.
Steak
In the mitochondria. It's the "powerhouse" of the cell.
they differ from their molecules when gas molecules have lots of energy ,liquid has less energy, and gas has the smallest amount of energy.
Energy
Four classes of organic macromolecules found in cells are:nucleic acidspolysaccharides (= complex carbohydrates)lipidsproteinsthis is exactly what i needed for my 8th grade science homework
Macromolecules
Yes
substances in gas form
This can be answered by observation and physics:Quarks are matter and matter does not contain all energy as there is free energy available in the universe as heat, radiation and gravity etc.The theory of relativity relates the amount of energy in any given amount of matter by the equation E=mC2. As a consequence, as the mass of all quarks or any quark is finite, it cannot contain infinite energy.