You are watching: Which of the following statements about the conditions shown in the u-shaped tube are true?
Part B - During osmosis water diffuse across a selectively permeable membrane from the region of better water concentration and also reduced solute concentration to the side with reduced water concentration and better sol…View the full answer
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Transcribed photo text: Which of the complying with statements about the conditions displayed in the U-shaped tube are true? Lower concentration of solute (sugar) Higher concentration of solute Sugar molecule H20 Select all that use. Tbelow is more solute in the left arm of the tube than in the appropriate arm of the tube. Tbelow is less complimentary water in the best arm of the tube than in the left arm of the tube Water is tightly clustered around the hydrophilic solute molecules on both sides of the membrane Solutes deserve to pass with the selectively permeable membrane from ideal to left, however complimentary water cannot. Part B Drag the terms on the left to the appropriate blanks on the best to complete the sentence. Terms might be supplied more than when. Reset Help complimentary water Throughout osmosis, water diffuses throughout a selectively permeable membrane from the region of higher solute concentration and lower concentration to the side via lower concentration and also better concentration. Part C If even more sugar were included to the solution on the left side of the tube, what would occur to the water level on the ideal side of the tube? Comparable concentrations of solute The water level would stay the exact same O The water level would increase. The water level would go down Submit Research Answer Part D If the pores in the selectively permeable membrane became larger, yet still not large enough to let the sugar pass with, what would certainly happen throughout osmosis in the U-shaped tube compared to what is displayed in the figure? Lower concentration of solute (sugar) Higher concentration of solute More similar concentrations of solute Sugar molecule Osmosis H20 O The last water levels would be the same as presented in the number, but the options would reach close to equal concentrations much faster. Tbelow would certainly be much less free water on the left side of the tube, so the water level on the ideal would certainly not obtain as high. Some water would be puburned ago to the left side through the larger pores, so the water level on the best would not get as high. More water can pass to the right side of the tube so the water level would certainly climb even higher. Submit Request Answer