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Conclusion: We learned that the blood vessels are transported by the arteries and veins throughout the body we learned the different names of the types of vessels that transport blood away from the body and the ones that return blood to the heart we also learned that there is vessels that help circulate and transport nutrients throughout the body to their organs or tissues. Rephrase this and summarize it more for me please!

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please work through these step by step. I am very lost Animal Physiology problem set #1 The maximum score for this assignment is 20/20 on separate piece(s of paper (don't cram everything onto one single sheet!). ofyour units! shape, with a membrane thickness of 20 nm, a length of 150m and a diameter of 30 m. Because this is an isolated axon, the ends of the axon are covered with glass and will not allow diffusion. Therefore when calculating surface area you will ignore the "top" and "bottom" of the cylinder; area is given by A=2rrh. The concentration of potassium inside of the cell is 3.0 x 10M and the m/s. When the axon has myelin, 75% of the available surface is covered with Schwann cells. A. Compare the diffusion rate (mol/s) of potassium with and without myelin in our axon. (HINT: Be careful of your units!These might be useful:1 L=1x10m;1m=10m;1nm=10m.) B. With all other values being equal,what would be the diameter (um of an un-myelinated axon that has the same diffusion rate for potassium as our myelinated axon? C.Using the same concentrations for potassium given above,what is the membrane potential (mV) due to potassium in our axon The system is at 30C;R/F=8.528x 10-V/KHINT:Be careful of your units!These might be useful1V=1000mV;K=C+273 2.Now let's work with an entire neuron with the following properties: Inner concentrations are 58 M for sodium, 400 M for potassium and 51 M for chlorine. Outer concentrations are 440 M for sodium20 M for potassium and 560 M for chlorine. The permeability of the neuron's membrane to: sodium is 0.0025,potassium is 1.3,and chloride is 1.The system is at 30C:R/F=8.528x 10 V/'K. A. What is the membrane potential(mV for this neuron? B. With all other values being equal, what permeability of potassium is needed to reach a threshold voltage of -54.5 mV? (Hint: Remember that the antilog of In(x) is e.)
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Conclusion: We learned that the blood vessels are transported by the arteries and veins throughout the body we learned the different names of the types of vessels that transport blood away from the body and the ones that return blood to the heart we also learned that there is vessels that help circulate and transport nutrients throughout the body to their organs or tissues. Rephrase this and summarize it more for me please!
TopicAll topics
SubjectBiology
ClassClass 12