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What is The breakdown of complex food molecules into simpler food molecules?
chemical digestion or simply digestion
How do plants obtain the simple molecules necessary to make food molecules?
complex
How does the number of atoms in the molecules that are found in air and water compare with the number of atoms in molecules that are found in food?
Molecules in air and water tend to be simpler and have fewer atoms compared to those found in food. Food molecules are typically more complex and larger in size, containing more atoms due to their role in providing energy and nutrients to living organisms.
How organ systems is most complex and fragile?
Organ systems are most complex and fragile starting with the atoms. The most complex organ systems is the organism. In between are the molecules, cell, tissue, organ, and organ system.
Is it true that the process of breaking down food into simpler molecules?
Yes, it is true that the process of breaking down food into simpler molecules is known as digestion. This process involves mechanical and chemical breakdown, where enzymes and acids in the digestive system convert complex food substances into smaller, absorbable molecules like amino acids, fatty acids, and simple sugars. These simpler molecules are then absorbed into the bloodstream and utilized by the body for energy, growth, and repair.
What is The breakdown of complex food molecules into simpler food molecules?
chemical digestion or simply digestion
What breakdown of complex food molecules into simpler food molecules?
chemical digestion or simply digestion
What process breaks down the complex molecules of food into smaller molecules?
Digestion.
How do plants obtain the simple molecules necessary to make food molecules?
complex
What is the process of breaking down complex food molecules into simpler food molecules?
The process of breaking down complex food molecules into simpler food molecules is called digestion. It begins in the mouth with the mechanical and chemical breakdown of food, continues in the stomach where more chemical digestion occurs, and is completed in the small intestine where nutrients are absorbed into the bloodstream. Enzymes play a key role in this process by breaking down larger molecules into smaller ones that the body can use for energy and growth.
What is the breakdown complex of food molecules into simpler ones?
chemical digestion or simply digestion
What are some examples of complex molecules found in nature?
Some examples of complex molecules found in nature include DNA, proteins, carbohydrates, and lipids. These molecules are essential for various biological processes and functions in living organisms.
What is breaking down of food by the action of enzymes?
Digestive juices and enzymes break down the complex food materials into simpler compounds and that is how they facilitate in digestion.
How does the number of atoms in the molecules that are found in air and water compare with the number of atoms in molecules that are found in food?
Molecules in air and water tend to be simpler and have fewer atoms compared to those found in food. Food molecules are typically more complex and larger in size, containing more atoms due to their role in providing energy and nutrients to living organisms.
The breakdown of large complex molecules into smaller simpler ones are?
Catabolism is the breakdown of larger, more complex molecules into smaller, simpler ones.Energy is released and some is trapped and made available for work.
What do cells use break down food?
It is very complex process. Food enters in cell in form of simple molecules (for example Glucose). It uses various enzymes and chemicals to break these molecules in to energy and other by products.
Which sequence represents the correct order of events for the production of necessary complex molecules after food is taken in by a multicellular animal?
Digestion breaks down food into smaller molecules. Absorption of nutrients occurs in the intestines. Circulatory system transports nutrients to cells. Cells use nutrients to produce necessary complex molecules for energy and growth.
