Plant cells have cell walls, chloroplasts and are a square shape. Animal cells do not have cell walls, chloroplasts and are a circular shape.
Zoologists study animals and botanists study plants. Biologists study both plants and animals together. Microbiologists study these things at a cellular level.
The release of energy in plants and animals is called respiration.
Very much multi-cellular, as are all animals and plants!
. The breaking down of the large polysaccharide molecules are done by hydrolysis reactions. Hydro meaning water, and lysis meaning breaking. Breaking with water.
Carbon dioxide or CO2 is exhaled by animals when they use their food for energy. Oxygen is used to burn the glucose so that it can be used as energy for growth and repair. This is called cellular respiration and occurs in every single living organism. Plants then use the carbon dioxide to photosynthesise and create their own food in the form of glucose. They release oxygen and create water as a result of photosynthesis. Animals use the oxygen for cellular respiration and when the plants are consumed use the glucose for energy.
plants
the cellular activity in plants and animals are diffrebt because the plants have diffrent cells to animals for example plants have a cell called dermal cells and animals have red/white blood cells
The organelle in plants that participates in cellular respiration is endoplasmic reticulum, and is also the organelle in both plants and animals, that is the main components for cellular respiration.
Yes, both plants and animals consume oxygen when they perform aerobic cellular respiration.
The type of cellular organization found only in plants and animals is eukaryotic. Eukaryotic cells have a defined nucleus that houses genetic material and membrane-bound organelles, which perform specific functions within the cell. This type of cellular organization enables plants and animals to have complex structures and specialized functions.
Euglena is not classified in the plant kingdom because it exhibits characteristics of both plants and animals. While it contains chloroplasts and can perform photosynthesis like plants, it also has the ability to move using a flagellum and can consume organic nutrients in the absence of light, similar to animals. This dual nature leads to its classification in the protist kingdom, where it is recognized for its unique blend of features. Additionally, its cellular structure and reproduction methods further differentiate it from true plants.
Cellular Respiration.
plants and animals
The statement is misleading because both plants and animals perform both photosynthesis and cellular respiration. Plants perform photosynthesis to produce energy, while animals perform cellular respiration to break down energy-rich molecules and release energy.
Glucose is found in both plants and animals. Plants produce glucose by photosynthesis, and animals consume glucose (it is the first reactant for cellular respiration).
centrioles
Zoologists study animals and botanists study plants. Biologists study both plants and animals together. Microbiologists study these things at a cellular level.