Placed into a solution with 20% total solutes (_% water)*solution isto the cell*What happens to cell volume?Placed into a solution with 0% total solutes (% water)cell with 20% total solutes*solution isto the cell% water)*What happens to cell volume?Placed into a solution with 50% total solutes (% water)*solution isto the cell*What happens to cell volume?

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Description: Placed into a solution with 20% total solutes (_% water)*solution isto the cell*What happens to cell volume?Placed into a solution with 0% total solutes (% water)cell with 20% total solutes*solution isto the cell% water)*What happens to cell volume?

Given - a cell with 20% total solutes It will contain 80% water which is the solvent.

Science

Biology

Placed into a solution with 20% total solutes (_% water) *solution is to the cell *What happens to cell volume? Placed into a solution with 0% total solutes ( % water) to the cell cell with 20% total solutes % water) *solution is *What happens to cell volume? Placed into a solution with 50% total solutes ( % water) *solution is to the cell *What happens to cell volume?

Placed into a solution with 20% total solutes (_% water) solution is to the cell What happens to cell volume? Placed into a solution with 0% total solutes ( % water) to the cell cell with 20% total solutes % water) solution is What happens to cell volume? Placed into a solution with 50% total solutes ( % water) solution is to the cell What happens to cell volume?

Biology 2e

2nd Edition

ISBN:9781947172517

Author:Matthew Douglas, Jung Choi, Mary Ann Clark

Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark

Chapter22: Prokaryotes: Bacteria And Archaea

Section: Chapter Questions

Problem 2VCQ: Figure 22.16 Which of the following statements is true? Gram-positive bacteria have a single cell...

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Arial 1 T T T Circle/highlight F T 1. T F LL F LL F FL T F LL - 1 11 + 11 1. 1 BI U A, 2. 3 CD 1 1. 4 Z | EEEE 13 5 either T or F for each row An isotonic solution is when there is more of the solute on the outside of the cell than in the inside of the cell Passive transport is when a solute moves with it's gradient to try to achieve equilibrium Secondary active transport is when a solute moves against its gradient and that movement is powered by ATP You can couple passive transport with active transport in order to move a solute against its gradient Solar energy was likely the source of energy for the origin of life Catabolism is when smaller units come together to make a larger molecule I