Animals generally eat carbohydrates to give then energy. The fats that are stored in the bodies can also be used to give them energy.
Animals do not directly benefit from photosynthesis, as they are not able to carry out this process themselves. However, they indirectly benefit from it through the oxygen produced as a byproduct, which they need for respiration. Additionally, animals obtain energy and nutrients by consuming plants or other animals that have gained energy through photosynthesis.
The nutrient that the arctic diet is rich in protein. This diet is also rich in fat as well as carbohydrates which are needed for energy. In this climate people use greater amounts of energy and a diet higher in carbohydrates is needed.
Organisms that feed off chemicals, and digest chemicals in order to get their nutrients to live. Like we need food and water to survive.All known living things are either chemotrophs or phototrophs.Some chemotrophs live at the bottom of the ocean, eating energy-rich compounds that come out of the earth at hot hydrothermal vents and at cold seeps.One Example is: a Box Turtle
Bacteria play a crucial role in the environment by decomposing organic matter, recycling nutrients, and maintaining ecosystem balance. They also play a role in nitrogen fixation, which is essential for plant growth, and some bacteria even help break down pollutants.
Sharks typically do not prey on snails as they prefer larger, more energy-rich prey such as fish, seals, and other marine animals. Snails are not a common food source for sharks due to their small size and hard shells, which may not provide enough nutrients for the shark.
Herbivores obtain carbon from plants, which are rich in carbon compounds. Carnivores obtain carbon from herbivores.
No, animals do not photosynthesize like plants. Photosynthesis is a process in which plants use sunlight to convert carbon dioxide and water into energy-rich sugars, while animals obtain energy by consuming food.
Animals in the kingdom Animalia obtain energy by consuming food sources, such as plants or other animals. Through the process of digestion, energy-rich molecules like carbohydrates, fats, and proteins are broken down into simpler forms that can be used by the body to produce energy through cellular respiration.
Animals obtain the nitrogen they need to build proteins by consuming other organisms that contain nitrogen-rich compounds like proteins. The nitrogen in these compounds is eventually broken down and incorporated into the animal's own proteins through various metabolic processes. Additionally, some animals can also obtain nitrogen through the absorption of nitrogen-containing molecules from their environment.
green plants
A long chain of energy-rich organic compounds made of glucose molecules is called a carbohydrate.
Structural compounds like cellulose, chitin, and collagen are organic compounds found in living things that are not energy-rich. These compounds provide support and structure for cells and tissues but do not serve as a primary energy source through metabolism.
The four categories are heterotrophs, detritivores, parasites, and saprotrophs. These organisms rely on external sources of energy-rich compounds for their metabolic needs.
Carbohydrates are energy-rich organic compounds that include starches and sugars. They are important sources of energy for living organisms and play a key role in the functioning of cells and bodily processes.
comsumers
Organisms obtain the energy they need through various processes. Plants use photosynthesis to convert sunlight into energy-rich molecules like glucose. Animals, on the other hand, obtain energy by consuming plants or other animals, breaking down their food through digestion, and using cellular respiration to convert the stored energy into a usable form called ATP. Some organisms, such as bacteria, can obtain energy through other means like chemosynthesis, where they use inorganic molecules to produce energy.
Crabohydrates