• Review Sheet 2
    Dialysis (Simple Diffusion). Which solute(s) were able to pass through the 20 MWCO membrane? None of the solutes were able to pass through the 20 MWCO membrane. A possible reason to why none of the of these solutes were able to pass through was because the solutes could have been too big to be transported...
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  • Bio 135 Anatomy and Physiology
    Which solute(s) were able to pass through the 20 MWCO membrane? None According to your results, which solute had the highest molecular weight? Albumin Which solute displayed the highest rate of diffusion through the 200 MWCO membrane? NACI_ Using the data from Chart 1, explain the relationship between...
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  • Review a and P Lab 1
    Which solute(s) were able to pass through the 20 MWCO membrane? None of them did According to your results, which solute had the highest molecular weight? Albumin Which solute displayed the highest rate of diffusion through the 200 MWCO membrane? Na+CI Using the data from Chart 1, explain the...
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  • Ap Review Sheet
    Which solute(s) were able to pass through the 20 MWCO membrane? According to your results, which solute had the highest molecular weight? Which solute displayed the highest rate of diffusion through the 200 MWCO membrane? Using the data from Chart 1, explain the relationship between the rate...
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  • anatomy and physiology physio x 8.0
    Why? Albumin, because it is too large to diffuse Activity 2: Simulating Dialysis 1. What happens to the urea concentration in the left beaker (the patient)? Its concentration gradient changes and causes it to move down 2. Why does this occur? It happened because the more concentrated it...
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  • Review Sheet 1
    to Activity 1: Simulating Dialysis (Simple Diffusion). Which solute(s) were able to pass through the 20 MWCO membrane? NONE 1. According to your results, which solute had the highest molecular weight? Albumin 2. Which solute displayed the highest rate of diffusion through the 200 MWCO membrane...
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  • Cell Life
    Which solute(s) were able to diffuse into the right beaker from the left beaker? Which did not? Answer: The solute(s) that were able to diffuse Na+/Cl- , Urea, Glucose. The solute that didn’t was Albumin. 2. Explain the relationship between the rate of diffusion and the size of the solute. What...
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  • Physioex 8.0 Exercise 1
    Dialysis What happens to the urea concentration in the left beaker (the Patient)? It diffused to the right beaker Why does this occur? The excess amount must be diffused to reach equilibrium. 3rd exercise :Facilitated Diffusion At ta fiven concentration, how does the amount of time it takes...
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  • Physioex 3 Review Sheet
    (MCWO) | |Solute |20 |50 |100 |200 ...
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  • Cell Transport Mechanisms and Permeability: Computer Simulation
    Activity 1: Simulating Dialysis (Simple Diffusion). Which solute(s) were able to pass through the 20 MWCO membrane? According to your results, which solute had the highest molecular weight? ______________________________________ Which solute displayed the highest rate of diffusion through the 200 MWCO...
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  • Sample of Lab Notebook
    cell transports substances through its membranes. Key Terms: (found in bold in Lab Manual) Please define all bold terms in your own words: Concentration gradient Diffusion Simple Diffusion Osmosis Facilitated Diffusion Filtration Activity 1 – Simulating Dialysis: In this exercise, we will...
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  • Money
    in mM/min) Solute Membrane (MWCO) 20 50 100 200 NaCl (—) 0.0150 0.0150 0.0150 Urea (—) (—) 0.0094 0.0094 Albumin (—) (—) (—) (—) Glucose (—) (—) (—) 0.0040 1) Which solute(s) were able to diffuse into the right beaker from the left? NaCl, Urea, Glucose 2) Which solute(s) did not...
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  • Lab 1
    given/supporting materials) Concentration Gradient (p. 1) - Diffusion (p. 1) – the movement of molecules from a region of their higher concentraction to a region of the lower concentration. Simple Diffusion (p. 2) – diffusion of a solute particles dissolved in water through...
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  • Cell Transport
    Active Transport (p. 9) - Solute Pumps (p. 10) - Pinocytosis (p. 10) - Phagocytosis (p. 10) - Activity 1: Simulating Dialysis (Simple Diffusion) Data: Chart 1 – Dialysis Results (average diffusion rate in mM/min) Solute Membrane (MWCO) 20 50 100 200 NaCl (add your results...
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  • Life Sicensess
            SESSION 111 OBJECTIVES Attendance and Recap Discuss active & passive processes. Explain Fluid electrolyte balance and its importance. Describe Diffusion, Osmosis and osmotic pressure Understand isotonic, hypotonic & hypertonic solutions. Discuss Filtration ,Facilitated diffusion and...
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  • Physioex 8.0 Exercise 1
    | |__E__ term used to describe a solution that has a lower |a. diffusion | |concentration of solutes compared to another solution |b. facilitated diffusion | | ...
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  • solutions
    reason for this gas solubility relationship with temperature is that increased temperature causes an increase in kinetic energy. The higher kinetic energy causes more motion in molecules which break intermolecular bonds and escape from solution. Q.5What is Henry’s law explain with an example. AnsHenry’s...
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  • Review
    solution that has a lower concentration of solutes compared to another solution term used to describe a solution that has a higher concentration of solutes compared to another solution the movement of molecules from an area of higher concentration to an area of lower concentration as a result of random thermal...
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  • Endocrine System Physiology
    that has a lower concentration of solutes compared to another solution ___G__ term used to describe a solution that has a higher concentration of solutes compared to another solution ___A__ the movement of molecules from an area of higher concentration to an area of lower concentration as a result of...
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  • Exercise 1: Cell Transport Mechanisms and Permeability Worksheet
    happens to the urea concentration in the left beaker (the patient)? It mixes with the water to balance out the structure. 2. Why does this occur? Molecules are moving around to make space. Facilitated Diffusion Activity 3: Facilitated Diffusion 1. At a given glucose concentration, how does the amount...
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