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1. A. B. 2. C. A. B. BLEMS A membrane that is permeable to water separates 2 compartments of salt water in a beaker. Will water molecules move across the membrane? Will there be any net movement of water? Explain The molecules move and collides each other. your answer. with MEMBRANE Will water molecules move across the membrane? 0% salt 0% salt A membrane that is permeable to water and salt separates 2 compartments of salt water in a beaker. What percent of the solution on each side of the membrane is water? MEMBRANE 5% salt Will there be any net movement of water? Which way? 10% salt

1. A. B. 2. C. A. B. BLEMS A membrane that is permeable to water separates 2 compartments of salt water in a beaker. Will water molecules move across the membrane? Will there be any net movement of water? Explain The molecules move and collides each other. your answer. with MEMBRANE Will water molecules move across the membrane? 0% salt 0% salt A membrane that is permeable to water and salt separates 2 compartments of salt water in a beaker. What percent of the solution on each side of the membrane is water? MEMBRANE 5% salt Will there be any net movement of water? Which way? 10% salt

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Diffusion Problems** 1. A membrane that is permeable to water separates two compartments of saltwater in a beaker. A. Will water molecules move across the membrane? B. Will there be any net movement of water? Explain your answer. *Note: A handwritten note reads "The molecules move and collide with each other."* - Diagram: There is a U-shaped container with arrows indicating permeability. On both sides, the concentration is labeled as 0% salt. 2. A membrane that is permeable to water and salt separates two compartments of saltwater in a beaker. A. What percent of the solution on each side of the membrane is water? B. Will water molecules move across the membrane? C. Will there be any net movement of water? Which way? D. Will the salt particles move across the membrane? E. Will there be any net movement of salt? Which way? If there is any net movement, what will be the final concentration of salt and water on the two sides of the membrane? - Diagram: There is a U-shaped container with arrows indicating permeability. One side is labeled 5% salt, and the other side is labeled 10% salt. _Page 18_
Transcribed Image Text:**Diffusion Problems** 1. A membrane that is permeable to water separates two compartments of saltwater in a beaker. A. Will water molecules move across the membrane? B. Will there be any net movement of water? Explain your answer. *Note: A handwritten note reads "The molecules move and collide with each other."* - Diagram: There is a U-shaped container with arrows indicating permeability. On both sides, the concentration is labeled as 0% salt. 2. A membrane that is permeable to water and salt separates two compartments of saltwater in a beaker. A. What percent of the solution on each side of the membrane is water? B. Will water molecules move across the membrane? C. Will there be any net movement of water? Which way? D. Will the salt particles move across the membrane? E. Will there be any net movement of salt? Which way? If there is any net movement, what will be the final concentration of salt and water on the two sides of the membrane? - Diagram: There is a U-shaped container with arrows indicating permeability. One side is labeled 5% salt, and the other side is labeled 10% salt. _Page 18_
Expert Solution
Step 1

Introduction

The movement of molecules from a region with a high concentration to one with a lower concentration is known as diffusion. The term "concentration gradient" refers to the differential between the two places' molecule concentrations.

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