Please look over my answers and help with number 12. Thank you. 14. Bag/Beaker Ea. Will water move into or out of the bag?Out ofb. Why?There is a higher concentration of water inside thebag, therefore, water will exit since it flows from an5area of high concentration to an area with low waterconcentration.c. The contents of the beaker are hypertoniC to the contents of the baggie. Use the lab set up in the picture below for questions 10– 14.• Each bag has a molar concentration of sucrose (table sugar).Each beaker also has a molar concentration of sucrose (table sugar).The bag membrane is selectively permeable and is not permeable to sucrose but it ispermeable to water.0.21 0.6M.2M 1.0M0.21 0.211.0M 0,210.2m|l0.4MAВE*"For letter c in each, fill in the blank with hypertonic, hypotonic or isotonic.10. Bag/Beaker Aa. Will water move into or out of the bag?Out ofb. Why?There is a higher concentration of water inside thebag, therefore, water will exit since it flows from anarea of high concentration to an area with low waterconcentration.c. The contents of the beaker are hypertonic to the contents of the bag.11. Bag/Beaker Ba. Will water move into or out of the bag?Out ofb. Why?There is a higher concentration of water inside thebag, therefore, water will exit since it flows from anarea of high concentration to an area with low waterconcentration.c. The contents of the beaker are hypertonic to the contents of the bag.12. Bag/Beaker Ca. Will water move into or out of the bag?b. Why?c. The contents of the beaker are isotonic to the contents of the bag13. Bag/Beaker Da. Will water move into or out of the bag?Intob. Why?There is a higher concentration of water outside thebag, therefore, water will will go into the bag sincewater flows from an area of high concentration to anarea with low water concentration.c. The contents of the beaker are hypotonic to the contents of the baggie.

Beaker E: The Bag in beaker E has a solute concentration of 0.2 M and the beaker has a solute…

12. Bag/Beaker C a. Will water move into or out of the bag? b. Why? c. The contents of the beaker are İsotonic to the contents of the bag 13. Bag/Beaker D a. Will water move into or out of the bag? Into b. Why? There is a higher concentration of water outside the bag, therefore, water will will go into the bag since water flows from an area of high concentration to an area with low water concentration. c. The contents of the beaker are hypotonic to the contents of the baggie.

12. Bag/Beaker C a. Will water move into or out of the bag? b. Why? c. The contents of the beaker are İsotonic to the contents of the bag 13. Bag/Beaker D a. Will water move into or out of the bag? Into b. Why? There is a higher concentration of water outside the bag, therefore, water will will go into the bag since water flows from an area of high concentration to an area with low water concentration. c. The contents of the beaker are hypotonic to the contents of the baggie.

Curren'S Math For Meds: Dosages & Sol

11th Edition

ISBN:9781305143531

Author:CURREN

Publisher:CURREN

Chapter12: Ratio And Proportion

Section: Chapter Questions

Problem 3.6P

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