6 RIC Where a = the osmolality of a soluton), RT =24 Jmol at 20 CCaplary rise =h= 14.9x 10* mV, caused by a curvature in an air-water Interface =- 2Tensionradius (m)Questions1. Suppose that you have an isolated beet parenchyma cel with a 4w=-0.6 MPa. Tell theoverall direction of water movement if the Isolated beet parenchyma cell is placed in thefollowing solutions, each of which is in an open beaker at 20 °C. In your answer be sureto show that you understand what the osmolarity of a solution is and to explain youranswers In terms of the osmolarities and the water potential components of the solutions.a) 1 liter of water with 0.2 mole of sucrose (covalent bonds) dissolved in itb) 1 liter of water with 0.2 mole MgCl, (lonic bonds, Mg2 + 2 Cr) dissolved in itI

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Description: 6 RIC Where a = the osmolality of a soluton), RT =24 Jmol at 20 CCaplary rise =h= 14.9x 10* mV, caused by a curvature in an air-water Interface =- 2Tensionradius (m)Questions1. Suppose that you have an isolated beet parenchyma cel with a 4w=-0.6 MPa.

Water potential is the difference in potential energy between a given water sample and pure water .…

Answered: osmolarities and the water potential…

Science

Biology

osmolarities and the water potential components

Biomedical Instrumentation Systems

1st Edition

ISBN:9781133478294

Author:Chatterjee

Publisher:Chatterjee

Chapter9: Instrumentation In Blood Circulation

Section: Chapter Questions

Problem 13P

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