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On the basis of the indicator test for glucose what must have happened to the glucose molecules that were originally in the cell house tubing sac

On the basis of the indicator test for glucose what must have happened to the glucose molecules that were originally in the cell house tubing sac

Cardiopulmonary Anatomy & Physiology
Cardiopulmonary Anatomy & Physiology
7th Edition
ISBN:9781337794909
Author:Des Jardins, Terry.
Publisher:Des Jardins, Terry.
Chapter7: Acid–base Balance And Regulation
Section: Chapter Questions
Problem 11RQ
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12. On the basis of the indicator test for glucose what must have happened to the glucose molecules that were originally in the cell house tubing sac
Student anasha McGOen LABORATORY REPORT Lab Section 09, 62 Exercise 6: Diffusion and Osmosis Diffuslon and Molecular Welght 8. 27 mm Potassium permanganate (molecular weight 158) Methylene blue (molecular weight 374) mm 9. Diffusion and Molecular Size 10. Observe all color changes in the practice test. Record your observations in the space below. Glucose Test Starch Test Tube 1 - Starch + l2 KI: Tube 2 - Tap water + 12 KI Tube 1 - 1% glucose + Benedict's (heated): Tube 2 - 0.1% glucose + Benedict's (heated): Tube 3- Tap water + Benedict's (heated): On the basis of the indicator test for starch, what must have happened to the iodine molecules that were originally only in the water in the large test tube? 11. On the basis of the indicator test for glucose, what must have happened to the glucose molecules that were originally in the cellulose tubing sac? 12. 13. Did starch molecules diffuse out of the sac? How do you know? List the following in order of decreasing size: perforations in the sac, starch molecules, glucose molecules. 14. (largest) (smallest) Diffusion and Temperature 15. Record your measurements of the colored areas in the space below. At room temperature: At freezing: 16. What evidence do you have that diffusion occurs more rapidly under warmer conditions? Muscle contractions which move the body depend heavily on diffusion. Why do we have diff moving our fingers, etc. when they are cold? 17. Exercise 6, 5/13 6-7 Osmosis &
Transcribed Image Text:Student anasha McGOen LABORATORY REPORT Lab Section 09, 62 Exercise 6: Diffusion and Osmosis Diffuslon and Molecular Welght 8. 27 mm Potassium permanganate (molecular weight 158) Methylene blue (molecular weight 374) mm 9. Diffusion and Molecular Size 10. Observe all color changes in the practice test. Record your observations in the space below. Glucose Test Starch Test Tube 1 - Starch + l2 KI: Tube 2 - Tap water + 12 KI Tube 1 - 1% glucose + Benedict's (heated): Tube 2 - 0.1% glucose + Benedict's (heated): Tube 3- Tap water + Benedict's (heated): On the basis of the indicator test for starch, what must have happened to the iodine molecules that were originally only in the water in the large test tube? 11. On the basis of the indicator test for glucose, what must have happened to the glucose molecules that were originally in the cellulose tubing sac? 12. 13. Did starch molecules diffuse out of the sac? How do you know? List the following in order of decreasing size: perforations in the sac, starch molecules, glucose molecules. 14. (largest) (smallest) Diffusion and Temperature 15. Record your measurements of the colored areas in the space below. At room temperature: At freezing: 16. What evidence do you have that diffusion occurs more rapidly under warmer conditions? Muscle contractions which move the body depend heavily on diffusion. Why do we have diff moving our fingers, etc. when they are cold? 17. Exercise 6, 5/13 6-7 Osmosis &
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