He diameter of a typical eukaryotic cell is approximately ten times the diameter of a typical prokaryote. what is the ratio of the volume of typical eukaryotic: prokaryotic cells?

Answer;

1000:1

The ratio of the volume of typical eukaryotic :prokaryotic cells is 1000:1

Explanation;

-Eukaryotic cells are generally much larger than prokaryotic ones and this difference in volume has several implications. One advantage is that bigger cells can afford to have more things stored in the cytoplasm such as organelles. This means it is not as costly to a eukaryotic cell to have structures taking up space. In a prokaryote, space is at a premium and anything not being used is pretty rapidly degraded.

-If the diameter of a typical eukaryotic cell is approximately ten times the diameter of a typical prokaryote, then it means the linear scale factor or the ratio of the lengths (diameter) is 10:1.

-The volume scale factor or the ratio of the volumes is got by getting the cube of the ratio of the length (diameter). Thus;

The volume ratio is (10:1)³ = 1000:1

there are 35 white marbles

step-by-step explanation:

y- yellow marbles

4y + 5 = 45

subtract 5 from both sides

4y = 40

divide for from both sides

y = 10

plug in 10 to get 40 yellow marbles then subtract by 5 to get 35 marbles

thus there are only 10 yellow marbles

carbon atoms, hydrogen, oxygen, and nitrogen.