from glass membrane electrode , Identify all of the potentials associated with your cell, and indicate...

from glass membrane electrode , Identify all of the potentials associated with your cell, and indicate the potential value which is not constant.

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genius_generous answered 2 years ago

Consider a glass electrode or [pH electrode (combination electrode). a. Identify the reference part. b. Identify...

Consider a glass electrode or [pH electrode (combination electrode). a. Identify the reference part. b. Identify the indicator part. c. Explain how the potential of the electrode is determined. d. Describe a two-point calibration of the electrode. e. State any five of the eight possible errors that might occur in pH measurements with the electrode.

The standard electrode use to reference all electrode potentials to is? A.chlorine/chloride B.Cu2+/copper C.proton/hydrogen D.Zn2+/zinc

Fill in Table 1 with the resting membrane potentials reported in different cell types, and different...

Fill in Table 1 with the resting membrane potentials reported in different cell types, and different organisms (ie squid, frog, etc) – Discuss the findings – is the resting membrane potential different in different tissue types? Is the resting membrane potential different in the same tissue but from different animals? Discuss why there are differences and what the likely reason for it is physiologically. Table 1: RMPs of different cells Type of cell RMP Source (reference) Human neuron -70 mV...

How is cholesterol associated with membrane phospholipids? What is the function of cholesterol in cell membranes?

Draw a circulating IgG antibody and a TCR on the membrane of a T cell. Identify...

Draw a circulating IgG antibody and a TCR on the membrane of a T cell. Identify specifically the constant and variable Ig domains on each molecule, identify each of the protein chains, illustrate specifically where the antigen interaction takes place and for the circulating IgG, identify and name the region which is responsible for the antibody effector functions.

The plasma membrane is a structure common to all cell types and important in providing the...

The plasma membrane is a structure common to all cell types and important in providing the cell with selective permeability. Identify one way that certain organisms can change the construction of their plasma membrane given changing environmental conditions (beside biochemistry)

Identify the component or components that fit the following criteria from the following list (Indicate all...

Identify the component or components that fit the following criteria from the following list (Indicate all correct answers) A. Leukoreduced red blood cells B. Glycerolized red blood cells C. Irradiated red blood cells D. Fresh Frozen Plasma E. Liquid Plasma F. Platelets G. Cryoprecipitate 1. Stored at 4C 2. Stored at -20C 3. Stored at 37C 4. Stored at 22C 5. Used to raise hematocrit/hemoglobin levels 6. Used to restore multiple clotting factors 7. Used to treat thrombocytopenia 8. Inactivates...

Describe the structure of the cell membrane. Identify 3 different types of components (proteins, lipids, or...

Describe the structure of the cell membrane. Identify 3 different types of components (proteins, lipids, or carbohydrates) of your choice that are found within the membrane. What is the function of the components and why is it located within the membrane?

How do you calculate the Theoretical standards of the cell potentials for all 6 (1.0 M)...

How do you calculate the Theoretical standards of the cell potentials for all 6 (1.0 M) cells listed below? Cu+2 and Zn Cu+2 and Pb Cu+2 and Ni Zn and Pb Zn and Ni Pb and Ni

All of the following is true regarding the cell (plasma) membrane Except: a) It has amphipathic...

All of the following is true regarding the cell (plasma) membrane Except: a) It has amphipathic transmembrane protein b) It contains glycolipids and glycoproteins c) it has large pores to accommodate RNA movement in and out of the cell d) the proteins can float in the membrane e) cholesterol is in the membrane to increase the membrane’s fluidity 2) If you want to form protein from individual amino acids, you would a) dephosphorylate the amino acids b) use a negative...

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