Respiration releases energy for use in life processes. There are two types of respiration, aerobic (uses oxygen) and anaerobic (does not use oxygen). Respiration can produce useful products that have uses in a range of industries.
That process is called as biological oxidation. Glucose is the best example of biological oxidation. Here the end products are same. They are water and carbon bi oxide. In the biological oxidation the energy is released in step wise fashion in multiple steps. In the chemical oxidation the energy is released in single step. The amount of energy is exactly same in both the processes. Chemical oxidation is like jumping from the top of the building. Biological oxidation is like coming down via steps. You come down at the same place. But you may end up in braking your legs in the process of jumping down. In biological oxidation, you do not end up in braking your legs.
During photosynthesis, water, carbon dioxide, and light come together in the cells to create the molecule called glucose. During cellular respiration, the glucose is broken down into 36 to 38 molecules of Adenosine Triphosphate, or ATP, which is used to provide energy to the organism.
Here are some,What kinds of energy sources are there?Where dose energy come from?What is energy?
Three main things come from a burning candle: light, heat, Thermal energy x
Sun
You can measure the energy content by analyzing the ATP produced during cellular respiration. If there is less ATP produced than the energy contained in the initial reactants, it indicates a loss of energy. The energy released during respiration comes from the breakdown of glucose molecules and is stored in the high-energy bonds of ATP molecules.
Respiration is a function in which glusose and oxygen form energy. I do not know what the roots of words are.
The energy that is released during cellular respiration comes from chemical bonds. When these bonds are broken, free energy is released.Much of this energy is lost as heat, but some is trapped in new bonds, especially in the molecule ATP. Each time a large packet of energy is released during respiration, the cell synthesizes a molecule of ATP.The cell needs a high-energy chemical compound to start with, just as a car needs a high-energy fuel in the tank. One such compound is glucose, which has a significant amount of energy in its bonds. That energy got there when a plant trapped some light energy and used it to synthesize sugar from simpler compounds.Other high-energy compounds, such as glycogen and fats (lipids) can be used for cellular respiration. They are converted to glucose (in the case of glycogen and some other polysaccharides) or to some other compound in the respiration pathway.
No. The cell's energy comes from the mitochondria, which are the site of aerobic cellular respiration.
from the blood stream, both carbohydrates and oxygen.
The energy for translocation in cells usually comes from ATP (adenosine triphosphate) hydrolysis. ATP is a molecule that stores and transfers energy in cells. When ATP is hydrolyzed, it releases energy that can be used to power various cellular processes, including translocation of molecules or ions across cellular membranes.
No. A cell's energy comes from the mitochondria, which are the site of aerobic cellular respiration.
Cells release chemical energy from food through a process called cellular respiration. This process involves breaking down glucose molecules in the presence of oxygen to produce ATP (adenosine triphosphate), which is the energy currency of the cell. The ATP molecules store the energy released and can be used by the cell for various functions.
36 ATP , H2O , and CO2
The carbon dioxide released during cellular respiration comes from the breakdown of glucose molecules in the cytoplasm and mitochondria of cells. This breakdown process releases energy for cellular functions and produces carbon dioxide as a waste product.
it comes out the same time it it released into stores
The reactants for cellular respiration, glucose and oxygen, come from the food we eat and the air we breathe. Once products like ATP, carbon dioxide, and water are produced, they are used as energy sources for various cellular processes or expelled from the body through exhalation.