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Both plants and animals contain cytoplasm.

Cytoplasm is the "Jelly-like" substance that all the other elements of a cell sort of float around in

couldn't have said it better

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What are the parts of animals and plants cell?

plant:cell membrain,neucleus,cytoplasm animal:cell membrain,neucleus,cytoplasm plants have an extra 3 parts:cell wall,valoue,and chloroplast(only in leafed plants)


What differentiates plants from animals or vice-versa?

The cells in their bodies/structures. Plant cells have chloryphyll which is the stuff that makes them green and produces photosynthesis. However, animals do not have this and have almost the same cells as humans with the cell wall, nucleus, and cytoplasm.


What are 2 major factors that make animals different from plants?

Animals have a digestive system that is complex to that of plants another difference is plants release the gas Oxygen while animals release Carbon Dioxide...humnas can eat plants but plants cannot eat humans.. Animals have a digestive system that is complex to that of plants another difference is plants release the gas Oxygen while animals release Carbon Dioxide...humnas can eat plants but plants cannot eat humans..


What cell is these cells are filled with a jellylike fluid with a jellylike fluid called cytoplasm?

The correct term for a cell filled with a jellylike fluid called cytoplasm is a "eukaryotic cell." These types of cells are found in plants, animals, fungi, and protists. Cytoplasm is a semi-transparent fluid that suspends the cell's organelles.


Where does the cellular respiration occur in the biosphere?

Cellular respiration occurs in various environments within the biosphere, primarily in living organisms, including animals, plants, fungi, and many microorganisms. In animals and fungi, it mainly takes place in the mitochondria, while in plants, it occurs in both the mitochondria and the cytoplasm. Additionally, some microorganisms, such as bacteria, perform cellular respiration in their cytoplasm or across their cell membranes. This process is essential for converting biochemical energy from nutrients into usable energy in the form of ATP.