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NEET-UG Biology · Class 11

Hormones that tune kidney output — NEET & JEE Questions

Hormones that tune kidney output is a topic in Excretory Products and their Elimination, a Class 11 Biology chapter of the NEET-UG syllabus. TestBudy holds 18 published NEET-UG questions on Hormones that tune kidney output, each with the marking scheme of the real paper. The ideas it examines include What happens when kidney blood flow falls, Hormone that saves water vs one that loses salt.

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Key formulas and concepts

The ideas Hormones that tune kidney output is examined on, as they are tagged in the syllabus tree.

  • What happens when kidney blood flow falls
  • Hormone that saves water vs one that loses salt

Hormones that tune kidney output MCQs with solutions

10 of the 18 published questions on this topic, exactly as they appear in a test. Answers and worked solutions come with your result rather than on this page.

  1. Question 1 · difficulty L1 · recall

    Atrial natriuretic factor generally promotes:

    • A. sodium retention and vasoconstriction
    • B. glucose reabsorption
    • C. natriuresis and reduction of blood pressure
    • D. erythropoiesis
  2. Question 2 · difficulty L1 · recall

    The renin-angiotensin system generally acts to:

    • A. destroy ADH
    • B. lower blood pressure by promoting sodium loss
    • C. raise blood pressure and support sodium retention
    • D. stop filtration completely
  3. Question 3 · difficulty L1 · recall

    Which hormone increases water reabsorption from the distal nephron and collecting duct?

    • A. Antidiuretic hormone
    • B. Insulin
    • C. Thyroxine
    • D. Glucagon
  4. Question 4 · difficulty L2 · understanding

    The hormone that increases water reabsorption in distal nephron and collecting ducts:

    • A. thyroxine
    • B. glucagon
    • C. insulin
    • D. ADH
  5. Question 5 · difficulty L2 · understanding

    What is the major renal effect of aldosterone?

    • A. It blocks all sodium reabsorption
    • B. It promotes sodium reabsorption and potassium secretion in distal nephron regions
    • C. It directly filters plasma proteins
    • D. It prevents ADH release from the brain
  6. Question 6 · difficulty L2 · understanding

    When blood volume or blood pressure falls, which kidney-associated system can be activated to help restore them?

    • A. Complement system
    • B. ABO blood-group system
    • C. Renin-angiotensin-aldosterone system
    • D. Photoperiodic system
  7. Question 7 · difficulty L2 · understanding

    In frog, the Renal portal system is a special venous connection that acts to link:

    • A. Kidney and intestine
    • B. Kidney and lower part of body
    • C. Liver and intestine
    • D. Liver and kidney
  8. Question 8 · difficulty L3 · application

    A person becomes dehydrated after prolonged exercise. Which hormonal response most directly reduces water loss in urine?

    • A. Suppression of all renal water reabsorption
    • B. Decreased ADH secretion
    • C. Increased insulin secretion only
    • D. Increased ADH secretion
  9. Question 9 · difficulty L3 · understanding

    Arrange the following events occuring in Renin-Angiotensin mechanism in the correct order: A. Increase in blood pressure and Glomerular filtration rate B. Reabsorption of Na+\mathrm{Na}^{+}and water from distal parts of tubule due to Aldosterone C. Fall in Glomerular filtration rate D. Vasoconstriction by Angiotensin II and release of Aldosterone. E. Renin converts Angiotensinogen into Angiotensin I, followed by Angiotensin II. Choose the correct answer from the options given below:

    • A. A,C,E,B,D\mathrm{A}, \mathrm{C}, \mathrm{E}, \mathrm{B}, \mathrm{D}
    • B. C,A,B,D,E\mathrm{C}, \mathrm{A}, \mathrm{B}, \mathrm{D}, \mathrm{E}
    • C. A,D,B,E,C\mathrm{A}, \mathrm{D}, \mathrm{B}, \mathrm{E}, \mathrm{C}
    • D. C,E,D,B,AC, E, D, B, A
  10. Question 10 · difficulty L3 · understanding

    The JGA (Juxta Glomerular Apparatus) is a special sensitive region formed by cellular modifications in ____\_\_\_\_ related to the same nephron.

    • A. Distal convoluted tubule and efferent renal arteriole
    • B. Proximal convoluted tubule and efferent renal arteriole
    • C. Proximal convoluted tubule and afferent renal arteriole
    • D. Distal convoluted tubule and afferent renal arteriole

Common mistakes in Hormones that tune kidney output

Recorded against questions in this topic that are not shown above, so none of these points at an answer you can see on this page.

  • Assuming every hormone released during volume changes promotes retention.
  • Focusing only on the medullary gradient and ignoring hormonal control of collecting-duct permeability.
  • Confuses kidney water conservation with hormones controlling blood glucose.
  • Assumes aldosterone primarily causes sodium loss.

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