Fill in the correct multiple choice options please. 24. Why does the water move in the direction shown in the diagram?a.b.C.d.a.b.25. Which organs are involved in the human excretory system?kidneys, bladder, ureters, and urethraliver and pancreasC.d.a.b.C.d.26. What is the advantage of excreting urea rather than ammonia as waste?urea is less toxic than ammoniaa.b.movementof waterThe water moves to the area where the concentration of the solute is low.The water moves from an area of high water concentration to an area of low waterconcentration.C.d.The water moves from an area where the solution of the solute is high.The water moves from an area of low water concentration to an area of high waterconcentration.27. Where does the filtrate go from the distal convoluted tubule?Bowman's capsuleproximal convoluted tubuleloop of Henlecollecting ducta.b.liver, kidneys, and bladdersweat glands and skinC.d.urea requires less water for excretionurea is very solubleall of the above28. Steroid hormonesare derived from cholesterol.are polar molecules.act on cell membrane receptors.are water soluble.

24. Why does the water move in the direction shown in the diagram? movement of water a. The water moves to the area where the concentration of the solute is low. b. The water moves from an area of high water concentration to an area of low water concentration. C. d. 27. 25. Which organs are involved in the human excretory system? kidneys, bladder, ureters, and urethra a. b. c. d. 26. What is the advantage of excreting urea rather than ammonia as waste? urea is less toxic than ammonia a. b. C. d. c. d. The water moves from an area where the solution of the solute is high. The water moves from an area of low water concentration to an area of high water concentration. Where does the filtrate go from the distal convoluted tubule? a. Bowman's capsule b. a. liver and pancreas liver, kidneys, and bladder sweat glands and skin b. C. d. urea requires less water for excretion urea is very soluble all of the above 28. Steroid hormones proximal convoluted tubule loop of Henle collecting duct are derived from cholesterol. are polar molecules. act on cell membrane receptors. are water soluble.

24. Why does the water move in the direction shown in the diagram? movement of water a. The water moves to the area where the concentration of the solute is low. b. The water moves from an area of high water concentration to an area of low water concentration. C. d. 27. 25. Which organs are involved in the human excretory system? kidneys, bladder, ureters, and urethra a. b. c. d. 26. What is the advantage of excreting urea rather than ammonia as waste? urea is less toxic than ammonia a. b. C. d. c. d. The water moves from an area where the solution of the solute is high. The water moves from an area of low water concentration to an area of high water concentration. Where does the filtrate go from the distal convoluted tubule? a. Bowman's capsule b. a. liver and pancreas liver, kidneys, and bladder sweat glands and skin b. C. d. urea requires less water for excretion urea is very soluble all of the above 28. Steroid hormones proximal convoluted tubule loop of Henle collecting duct are derived from cholesterol. are polar molecules. act on cell membrane receptors. are water soluble.

Medical Terminology for Health Professions, Spiral bound Version (MindTap Course List)

8th Edition

ISBN:9781305634350

Author:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder

Publisher:Ann Ehrlich, Carol L. Schroeder, Laura Ehrlich, Katrina A. Schroeder

ChapterCom: Comprehensive Medical Terminology Review

Section: Chapter Questions

Problem 55SFT

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Which of the following correctly lists the three forms of nitrogenous waste in order from least to most toxic? A. uric acid, ammonia, urea B. urea, uric acid, ammonia C. uric acid, urea, ammonia D. urea, ammonia, uric acid E. ammonia, urea, uric acid
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