Question

Assume there is a left beaker with solutes, a 100 MWCO membrane, and a right beaker...

Assume there is a left beaker with solutes, a 100 MWCO membrane, and a right beaker with distilled H2O. You can choose to put either 5.00mM NaCl or 5.00 mM glucose into the left beaker. Which solution would give you the highest osmotic pressure? Explain in detail.

What would happen with a 20 MWCO membrane?

Science   Anatomy-And-Physiology   
0 0
Add a commentTranscribed image text
Next >

Homework Answers

Answer #1

The NaCl solution will give the highest osmotic pressure. Osmotic pressure increases as the number of molecules or solute increase. In solution glucose will remain as single molecule where as Nacl will dissociate to Na and Cl ions. Osmotic pressure is a colligative property and it increase as the number of solute molecule increase.

100 mwco membrane has large pore size than 20 mwco. 100 mwco membrane will permit diffusion of Na and Cl ion from left beaker to right beaker where as 20 mwco will not. So when 100 mwco is replaced with 20 mwco, all Na and Cl ions will retain in the left chamber and osmolarity or osmotic pressure will be increased.

0 0
Know the answer?
Your Answer:

Post as a guest

Your Name:

What's your source?

Earn Coins

Coins can be redeemed for fabulous gifts.

Log In

Sign Up

Not the answer you're looking for?
Ask your own homework help question
Similar Questions
Assume there is a left beaker with solutes, a 100 MWCO membrane, and a right beaker...
Assume there is a left beaker with solutes, a 100 MWCO membrane, and a right beaker with distilled H2O. You can choose to put either 5.00mM NaCl or 5.00 mM glucose into the left beaker. Which solution would give you the highest osmotic pressure? Explain in detail.
The Table lists initial solute concentrations across a 100 MWCO dialysis membrane. Answer the questions below...
The Table lists initial solute concentrations across a 100 MWCO dialysis membrane. Answer the questions below the table for the condition that would occur when the system reaches equilibrium. Constants you will need are as follows: R=0.082 L atm/mol K; T=310 K Solution A Solution B 2.0 mM CaCl2 4.0 mM Albumin 2.5 mM Glucose 4.0 mM Glucose 3.0 mM NaCl 2.0 mM Urea 1.5 mM Albumin 3.0 mM Urea What is the osmotic pressure (in mmHg) exerted by Solution...
The following questions ask students to become familiar with key concepts in osmolarity. 1. A semipermeabile...
The following questions ask students to become familiar with key concepts in osmolarity. 1. A semipermeabile membrane which allows water to flow across but not ions or large molecules such as glucose, separates two solutions. An investigator examines the relationship between changes in osmotic concentration and the osmotic pressure differences across the membrane. First, write out the formula for osmotic pressure, labeling the various parameters and indicating the units that each would have. The investigator sets the osmolarity with glucose...
2. You weighed 89.9 g of Tris-H+ and put it into a beaker. You dissolved it...
2. You weighed 89.9 g of Tris-H+ and put it into a beaker. You dissolved it with 2 L of water to make 2L of a 0.5 M Tris buffer, 7.6 pH. You also weighed 146 g of NaCl and placed into a beaker and added 500 mL of water to make 500mL of 5M NaCl. ~How would you make 1 L of 20 mM Tris, 10mM NaCl from these solutions. How much BSA (bovine serum albumin -- molecular weight...
Ions A and B in the Table below are both monovalent cations associated with a cell...
Ions A and B in the Table below are both monovalent cations associated with a cell with a membrane potential of -98 mV. Constants you may need to answer the questions associated with the Table are as follows: R = 0.002 kcal/mol o;     T = 310o;     F = 0.023 kcal/mol mV Ion ICF (mM) ECF (mM) A 14.5 96.8 B 105.6 3.2 What is Ion A’s equilibrium potential? (round to nearest whole number and give units) _______________________________ What is the...
Your laboratory assistant Beaker, prepared a 100 mM Tris buffer at room temp (20 degrees C)...
Your laboratory assistant Beaker, prepared a 100 mM Tris buffer at room temp (20 degrees C) from a 1M, pH 7.4 stock solution of Tris buffer. Because the buffer was at the same pH you needed, Beaker simply diluted the buffer without checking the pH, capped and stored the solution on ice (1 degrees C). Just before using the buffer, you double checked the pH. It was not at the right pH! Predict the pH change (increase or decrease) and...
Question 51 Tubular reabsorption results in solutes entering the ___________; tubular secretion causes solutes to enter...
Question 51 Tubular reabsorption results in solutes entering the ___________; tubular secretion causes solutes to enter the ___________. Select one: a. blood; filtrate b. Distal convoluted tubule; Glomerulus c. Nephron loop; Renal corpuscle d. filtrate; blood Question 52 Complete 2.00 points out of 2.00 Flag question Question text Alcohol acts as a diuretic because it: Select one: a. increases the rate of glomerular filtration. b. inhibits the release of anti-diuretic hormone (ADH). c. is not reabsorbed by the tubule cells....
What are standard conditions of ΔH° for the data you will use? Temperature 0 K 100...
What are standard conditions of ΔH° for the data you will use? Temperature 0 K 100 K 273 K 298 K Pressure 1.0 Pa 100 Pa 1.0 bar 100 bar Concentration 1.0 g/L 1.0 mol/L 1.0 mg/L mol/kg Select the complete reactions (including phases) for the reaction between solid NaOH and a solution of HCl. 2NaOH(s) + HCl(aq) → 2NaCl(aq) + H2O(l) NaOH(s) + HCl(aq) → NaCl(aq) + H2O(l) NaOH(s) + HCl(aq) → NaCl(s) + H2O(l) Calculate the theoretical ΔH°r...
Write a Python 3 program called “parse.py” using the template for a Python program that we...
Write a Python 3 program called “parse.py” using the template for a Python program that we covered in this module. Note: Use this mod7.txt input file. Name your output file “output.txt”. Build your program using a main function and at least one other function. Give your input and output file names as command line arguments. Your program will read the input file, and will output the following information to the output file as well as printing it to the screen:...
Lab 9 – Molecular Biology In this lab, you will prepare an agarose gel and use...
Lab 9 – Molecular Biology In this lab, you will prepare an agarose gel and use gel electrophoresis to compare the size of 2 dye molecules Methyl orange and Ponceau G. You will also analyze an “unknown” sample that contains a mixture of two dyes. Dye molecules with lower molecular weight or greater electrical charge will migrate faster through the gel, than dye molecules with greater molecular weights or lesser electrical charge. Materials: Mini gel electrophoresis chamber 6 Tooth comb...
ADVERTISEMENT
Need Online Homework Help?

Get Answers For Free
Most questions answered within 1 hours.

Ask a Question
ADVERTISEMENT