n the dialysis bag experiment, what do you think will happen if we reverse the two solutions between the sac and the beaker for sac 4 (meaning sac 4 is filled with distilled water and beaker 4 is 40% sucrose)? Will the sac gain or lose weight? a water will not move because sac membrane is impermeable to sucrose; the sac will have no change in weight b water will not move because sucrose can move across the sac membrane to equilibrium; the sac will have no change in weight c water will move out of the sac; the sac lose weight d water will move into the sac even more; the sac will gain weight
n the dialysis bag experiment, what do you think will happen if we reverse the two solutions between the sac and the beaker for sac 4 (meaning sac 4 is filled with distilled water and beaker 4 is 40% sucrose)? Will the sac gain or lose weight? a water will not move because sac membrane is impermeable to sucrose; the sac will have no change in weight b water will not move because sucrose can move across the sac membrane to equilibrium; the sac will have no change in weight c water will move out of the sac; the sac lose weight d water will move into the sac even more; the sac will gain weight
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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In the dialysis bag experiment, what do you think will happen if we reverse the two solutions between the sac and the beaker for sac 4 (meaning sac 4 is filled with distilled water and beaker 4 is 40% sucrose)? Will the sac gain or lose weight?
a |
water will not move because sac membrane is impermeable to sucrose; the sac will have no change in weight |
|
b |
water will not move because sucrose can move across the sac membrane to equilibrium; the sac will have no change in weight |
|
c |
water will move out of the sac; the sac lose weight |
|
d |
water will move into the sac even more; the sac will gain weight |
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