How does your body give your body energy?

Answer 1

for humans, food supplies the body with necessary molecules that make the body function. in the case of energy, humans get their glucose from consuming photosynthetic organisms such as plants. the body then breaks down the glucose in a process called cellular respiration. This process produces ATP, which is the molecule that animal cells use for energy.

Answer 2

Your body processes the food you eat, breaking it down into smaller molecules like glucose. Glucose is then converted into energy through a process called cellular respiration, which takes place in the mitochondria of your cells. This energy is used to fuel various bodily functions and activities.

Answer 3

Simple answer

The body uses the calories found in foods and drinks.

Detailed answer

The molecules in food are converted into different molecules in the body. The bonds in that hold the atoms of the original molecules together in food require a higher amount of energy than the bonds in the molecules the body converts them into. This energy difference can then be used by the body to do work.

Answer 4

C6H12O6_+_6_O2_=_6_CO2_+_6_H2O">C6H12O6 + 6 O2 = 6 CO2 + 6 H2OGlycolysis

This process occurs in the cytoplasm. In a series of chemical reactions, glucose breaks into two pyruvates. The energy released from glucose is trapped in AtP molecules. The process release 2 AtP molecules and 2 NADH (nicotinamide adenine dinucleotide) that is an electron carrier molecule that temporarily stores energy.

Krebs Cycle

The second major step in glucose breakdown takes placed in the mitochondria, specifically, in the area enclosed by the inner membrane. Initially, pyruvate moves from the cytoplasm into the mitochondria and forms acetyl coenzyme A. Acetyl CoA enters the Krebs Cycle which produces several substances. Several of these are recycled by moving continuously in the cycle. Others, such as CO2(Carbon Dioxide) and energy-storing compounds of NADH(Nicotinamide Adenine Dinucleotide) and FADH2(Flavin Adenine Dinucleotide), moves out of it. CO2 leaves the cell while NADH and FADH2 participate in the third step, the Electron Transport.

Electron Transport

The electrons in NADH and FADH2 flow through a series of electron transport acceptors. These are located in the inner membrane of the mitochondria. The flow of electrons and H+ result in AtP formolation. The last electron acceptor in the chain is oxygen. The electrons, hydrogen ions, and oxygen combined to form water.

Energy is released a little at a time which is captured in AtP. For every molecule of glucose, a total of 36 AtP molecules are always formed

Answer 5

Macronutrients such as carbohydrates protein and fat is broken down in the body, carbs are stored as blood sugar and glycogen in the liver and muscles, this glycogen is converted to pyruvic acid, this is then broken down into ATP, (Adenosine Tirphosphate) ATP is used as energy. The other macronutrients have their own path to pyruvic acid but carbs is the simplest.

Answer 6

If you're looking for any way possible then try running at top speed around in circles or just get really active for at least 10 minutes or so. believe me it works wonders. if you're looking for a way to do that when you have to be still or quiet, this might sound kind of useless, but spread out your fingers on both hands as far as you can and let the rest of your body relax. then tense up all of them as hard as you can like you're forcing the energy out of them. it's alright if your fingers bend and your arms and shoulders tense up too. it's normal. if you don't believe me just please give it at least one try, you'll be surprised.

Answer 7

Well when the food passes down through your stomach and stuff well then it goes to your pancreas (a small organ in your body) and your pancreas makes a liquid from the food's sugar.that liquid is called insulin.the insulin travels through your blood giving energy to your body.(If you have diebetes then your pancreas doesn't produce insulin right or it doesn't produce insulin at all.)

Answer 8

Mainly by burning hydrogen in the mitochondria.

(The energy is stored as ATP.)

Answer 9

After pressing a suction cup, why does it stick to a surface

After pressing a suction cup, why does it stick to a surface

Answer 10

breakdown of glucose.