Q3. Placing blood cells into a solution that is hypertonic to the cells will cause the osmotic pressure of the cells to: Increase Decrease Neither increase nor decrease

The major cation in intracellular fluid is ________. sodium potassium chloride bicarbonate

When a dehydrated human patient needs to be given fluids intravenously, he or she is given: water, which is hypotonic with respect to body fluids saline at a concentration that is isotonic with respect to body fluids glucose because it is a non-electrolyte blood

Which of these beverages does not have a diuretic effect? tea coffee alcohol milk

describe the following body transports systems: Active (Primary) Passive (diffusion- simple, faciliated) Hydrostatic forces Osmotic forces osmosis

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pQLScB3CBS-8U2yQp5UAPJA-R3spS6YB8srqTGBoSwdXc_EattnA/viewform dvisor Main... My Drive - Google... Your answer What is the difference between primary active transport and secondary active transport? The sodium potassium pump * Job Listing - USF... WT Enrollment Requir... Is a symporter Can be blocked with drugs Controls intracellular chloride and potassium concentrations Is a glycolipid Breaks down ATP in order to generate energy ATP can be broken down to generate energy * True False A copy of your responses will be emailed to lc21-0506@lclark.edu. Submit Chemic Cle

2. Presented below is a figure of three microscopic fields (A-C) containing red blood cells. Arrows indicate the direction of net osmosis. Respond to the following questions, referring to figure by writing your responses in the spaces provided. A B Which microscopic field contains a hypertonic solution? The cells in this field are said to be Which microscopic field contains an isotonic bathing solution? What does isotonic mean? Which microscopic field contains a hypotonic solution? What is happening to the cells in this field and why?

C. Choose five questions and answer them in two or three complete sentences. 1. Compare and contrast the process of diffusion and the process of osmosis. Click or tap here to enter text. 2. Explain the concept of "compartmentalization" in living organisms, using an example from the human body. Click or tap here to enter text. 3. Define homeostasis using an example from the human body. Click or tap here to enter text. 4. Describe four unique characteristics of humans as compared to other animals. Click or tap here to enter text. 5. Explain what would happen if you stored animal cells, such as red blood cells, in distilled water, and why this would happen. Click or tap here to enter text. 6. Explain how an ionic bond and covalent bond are related and different. Click or tap here to enter text. 3

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