Please help I need some to calculate this for me.

Pro Tip 1: To calculate the % of cells at rest (in interphase), divide the number of cells in interphase by the total # of cells in the slide (cells in telophase may look like they are almost 2 cells, but you can still count them as 1).
# of cells in interphase ÷ total cells = % of cells at rest

Pro Tip 2: To calculate the % of cells dividing (or mitotic index), add up the cells in prophase, metaphase, anaphase and telophase. Divide that number by the total # of cells in the slide.
# of cells in PMAT ÷ total cells = % of cells dividing (or mitotic index)

INTERPHASEPROPHASEMETAPHASEANAPHASETELOPHASE% of Cells at Rest (interphase)

% of Cells Dividing (Mitotic Index)

Normal Lung

13 cells2 cells2 cells2 cells1 cell65%35%

Cancerous Lung  6 cells5 cells3 cells  3 cells3 cells30%70%

Normal Stomach  10 cells  3 cells  3 cells  3 cells  1 cell50%50%

Cancerous Stomach  5 cells5 cells  4 cells  4 cells  2 cells  25%75%

Normal Ovary  9 cells  5 cells  3 cells  1 cell2 cells45%55%

Cancerous Ovary3 cells  6 cells5 cells3 cells3 cells  15%85%

Explanation:

The answers are also down below in the chart if that helps you better make sense of them.

There are 20 cells in each column, to find the ones at rest we simply take the first number in the column and devide it by the number of cells (in this case 20) once we find the percent of cells at rest, we subtract from 100 to see the cells deviding!

Hope this helps another student along the way! :)

Good luck with your studies and have a fantastic winter break!

i think its c. amphipod

lysosomes contain a variety of enzymes, enabling the cell to break down various biomolecules it engulfs, including peptides, nucleic acids, carbohydrates, and lipids (lysosomal lipase). the enzymes responsible for this hydrolysis require an acidic environment for optimal activity. hope i !