equal amounts of methylene blue (319.85 g/mol) and potassium permanganate (158.034 g/mol) dyes were added to…

equal amounts of methylene blue (319.85 g/mol) and potassium permanganate (158.034 g/mol) dyes were added to identical agar plates and allowed to diffuse. after 24 hours, the halo was measured to see how far the dyes had moved. based on this information, which dye do you think diffused faster through the agar, and why? multiple choice methylene blue had a higher molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. methylene blue had a lower molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. potassium permanganate had a higher molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. potassium permanganate had a lower molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time.

equal amounts of methylene blue (319.85 g/mol) and potassium permanganate (158.034 g/mol) dyes were added to identical agar plates and allowed to diffuse. after 24 hours, the halo was measured to see how far the dyes had moved. based on this information, which dye do you think diffused faster through the agar, and why? multiple choice methylene blue had a higher molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. methylene blue had a lower molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. potassium permanganate had a higher molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time. potassium permanganate had a lower molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time.

Answer

Brief Explanations:

Smaller - sized molecules diffuse more rapidly through a medium like agar. Potassium permanganate has a lower molecular weight (158.034 g/mol) compared to methylene blue (319.85 g/mol). So, potassium permanganate should diffuse faster.

Answer:

Potassium permanganate had a lower molecular weight, so it was able to diffuse more rapidly spreading farther through the agar in the same time.