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Eukaryotic cells, found in animals, plants, and insects, have a nucleus, however they do not have cell walls unless they are in plants. Prokaryotic cells (in bacteria, etc.) have no nucleus, but always has a cell wall (this is part of what makes it hard to get rid of the bacteria that makes us sick)
Mitochondrianucleuscholorplastsgolgi apparatuslysosomesvacuolesnucleoluscentriolesRough endoplasmic reticulumsmooth endoplasmic reticulum
A cell is considered a prokaryotic cell when it does not have a nucleus. (Ex - bacteria cells. They have genetic material, but they don't have a nucleus) Remember : Pro rhymes with "no" so it has "no" nucleus. A cell is considered eukaryotic when it does have a nucleus. (Ex - animal cells, plant cells, and fungi all have a nucleus)
The answer is eukaryotic.
All plants, algae and some bacteria life forms do photosynthesis. Cellular respiration is something all living organism (including animals) carry out to derive energy or ATP. Photosynthesis occurs in chloroplast and cellular respiration takes place in mitochondria of the cell.
Prokaryotic Cells are have the simplier 'anatomy', if you will. Prokaryotic Cells contain a nucleus, and cytoplasm. They have a cell membrane as well.Eukaryotic Cells have celluar organelles and DNA and divide through mitosis.I have the exact same question and choices in my book. But, it appears that you are missing the fourth choice, d. Eukaryotic cells have membrane-bound organelles, which is the answer.Source: http://biology.suite101.com/article.cfm/difference_between_prokaryotic_eukaryotic_cell
Cell membrane
Eukaryotic cells, found in animals, plants, and insects, have a nucleus, however they do not have cell walls unless they are in plants. Prokaryotic cells (in bacteria, etc.) have no nucleus, but always has a cell wall (this is part of what makes it hard to get rid of the bacteria that makes us sick)
Eukaryote cells have membrane-bound organelles. One thing that is not true of eukaryote cells is they contain ribosomes that are smaller than those of prokaryotic cells. Gas vacuoles are present
Mitochondrianucleuscholorplastsgolgi apparatuslysosomesvacuolesnucleoluscentriolesRough endoplasmic reticulumsmooth endoplasmic reticulum
Eukaryotic cell contains membrane bound cell organelles such as Mitochondria, Nuclear Membrane, Endoplasmic Reticulum, Golgi apparatus, Plasma Membrane. Cell membrane gives structural rigidity and plays an important role in cellular trafficking i.e. allowing substances in and out. Prokaryotic cell doesnot have any membrane bound cell organelles and hence there is an absence of cellular trafficking check. Their structures are simple and easy to understand their mechanism. They undergo frequent mutation where as Eukaryotic cells doesn't.
B. (but there is no explanation so this may be incorrect)
Eukaryotic cells contain plants, animals, fungi, and protists. I'm pretty sure thats the answer. i put that on my science homework as the answer and i got it correct (8th grade) :D
Plant and animal cells are eukaryotic and bacteria are prokaryotic
A cell is considered a prokaryotic cell when it does not have a nucleus. (Ex - bacteria cells. They have genetic material, but they don't have a nucleus) Remember : Pro rhymes with "no" so it has "no" nucleus. A cell is considered eukaryotic when it does have a nucleus. (Ex - animal cells, plant cells, and fungi all have a nucleus)
B human boby because it does not split
A. Prokaryotes have a diverse set of energy sources B. Prokaryotic cells are typically smaller than eukaryotic cells C. Prokaryotic cells share certain features 1. Plasma membrane 2. Nucleoid containing DNA 3. Cytoplasn a. Cytosol: water, dissolved ions, water-soluble macromolecules b. Ribosomes: Synthesize protein D. Some prokaryotic cells have specialized features 1. Cell walls a. Located outside plasma membrane b. Peptidoclycan c. Not a major permeable barrier d. Capsule: slime like coating outside cell-wall for protection in bacteria 2. Internal Membranes a. Photosynthetic bacteria use internal membranes for energy-releasing reactions 3. Flagella and Pili a. Flagella: Movement b. Pili: adhere to other cells to exchange genetic material, food, protection 4. Cytoskeleton a. Helical filaments composed of actin to maintain cell shape