Select the difference between prokaryotes and eukaryotes. a. dna located in the cytoplasm in eukaryotic cells but not in prokaryotes b. dna structure in prokaryotes is not the same as in eukaryotic cells c. dna is contained in a true membrane-bound nucleus in prokaryotes but not in eukaryotic cells d. eukaryotic cells have a true membrane-bound nucleus and prokaryotes do not

Eukaryotic cells are larger than prokaryotic cells and have a “true” nucleus, membrane-bound organelles, and rod-shaped chromosomes. The nucleus houses the cell's DNA and directs the synthesis of proteins and ribosomes.

So..the answer should be D. Eukaryotic cells have a true membrane-bound nucleus and prokaryotes do not

All cells have a plasma membrane, ribosomes, cytoplasm, and DNA. Prokaryotic cells lack a nucleus and membrane-bound structures. Eukaryotic cells have a nucleus and membrane-bound structures called organelles.

So..it can't be C. or A. or even B.

Correct me if I'm wrong.

       The correct answer to this question is option D. eukaryotic cells have a true membrane-bound nucleus and prokaryotes do not

Explanation:

       Eukaryotic cells are mostly found in multicellular organisms, this kind of cell is different from the prokaryotes due to lots of reasons. One of the reasons is that eukaryotic cells are more complex than the prokaryotes. The eukaryotes have something called true membrane-bound, or, compartments, and these are commonly called organelles. These organelles are only present in this kind of cell, and each of them have their own function, but of course, they're all correlated to other organelles to work properly. In prokaryotes, the nucleus doesn't really exist, so the dna is not in only one place, it's commonly spread all over the cell.

the bald eagle got 50 because everything gets 10% of what they consume and since 50 is ten % of 500 hundred that means the   grasshopper had to have consumed a plant with 5,000 calories of energy

regulation of gene expression. gene expression can be regulated by various cellular processes with the aim to control the amount and nature of the expressed genes. these regulatory proteins bind to dna and send signals that indirectly control the rate of gene expression

explanation: