10. Anaemia can be caused by (a) excessive blood loss. (b) excessive blood formation. (c) both (a) and (b) (d) none of the above 11. Hypochloremia can be caused by (a) salt losing nephritis (b) metabolic acidosis (c) both (a) and (b) (d) metabolic alkalosis 12. Condition causing hyponatremia (a) extreme urine loss (b) metabolic acidosis (c) addison disease (d) all the above 13. KCl is indicated in treatment of (a) menieres syndrome (b) antidote in digitals intoxication (c) myastheniagravis (d) all of the above 14. When total body K is low the intracellular fluid is acidic due to passage of protons into K depleted cell resulting in (a) intracellular acidosis (b) extracellular alkalosis (c) both (a) and (b) (d) intracellular alkalosis 15. In metabolic acidosis (a) HCO3 excess (b) CO2 decreased deficit (c) HCO3 (d) all of the above 16. Condition occur in metabolic acidosis is (a) diabetic acidosis (b) renal failure (c) diarrhea (d) all the above 17. When metabolic acidosis is acute, the treatment is (a) NaHCO3 (b) NaCl (c) KCl (d) CaCl2 18. In metabolic alkalosis (a) increase HCO3 (b) loss of H+ (c) both (a) and (b) (d) decrease HCO3

Question

10. Anaemia can be caused by (a) excessive blood loss. (b) excessive blood formation. (c) both (a) and (b) (d) none of the above 11. Hypochloremia can be caused by (a) salt losing nephritis (b) metabolic acidosis (c) both (a) and (b) (d) metabolic alkalosis 12. Condition causing hyponatremia (a) extreme urine loss (b) metabolic acidosis (c) addison disease (d) all the above 13. KCl is indicated in treatment of (a) menieres syndrome (b) antidote in digitals intoxication (c) myastheniagravis (d) all of the above 14. When total body K is low the intracellular fluid is acidic due to passage of protons into K depleted cell resulting in (a) intracellular acidosis (b) extracellular alkalosis (c) both (a) and (b) (d) intracellular alkalosis 15. In metabolic acidosis (a) HCO3 excess (b) CO2 decreased deficit (c) HCO3 (d) all of the above 16. Condition occur in metabolic acidosis is (a) diabetic acidosis (b) renal failure (c) diarrhea (d) all the above 17. When metabolic acidosis is acute, the treatment is (a) NaHCO3 (b) NaCl (c) KCl (d) CaCl2 18. In metabolic alkalosis (a) increase HCO3 (b) loss of H+ (c) both (a) and (b) (d) decrease HCO3

Answer 1

10. Anaemia can be caused by(a) excessive blood loss.(b) excessive blood formation.(c) both (a) and (b)(d) none of the aboveAnswer: (a) excessive blood loss.11. Hypochloremia can be caused by(a) salt losing nephritis(b) metabolic acidosis(c) both (a) and (b)(d) metabolic alkalosisAnswer: (c) both (a) and (b)12. Condition causing hyponatremia(a) extreme urine loss(b) metabolic acidosis(c) addison disease(d) all the aboveAnswer: (d) all the above13. KCl is indicated in treatment of(a) menieres syndrome(b) antidote in digitals intoxication(c) myastheniagravis(d) all of the aboveAnswer: (d) all of the above14. When total body K is low the intracellular fluid is acidic due to passage of protons into K depleted cell resulting in(a) intracellular acidosis(b) extracellular alkalosis(c) both (a) and (b)(d) intracellular alkalosisAnswer: (a) intracellular acidosis15. In metabolic acidosis(a)

excess(b)

decreased(c)

deficit(d) all of the aboveAnswer: (c)

deficit16. Condition occur in metabolic acidosis is(a) diabetic acidosis(b) renal failure(c) diarrhea(d) all the aboveAnswer: (d) all the above17. When metabolic acidosis is acute, the treatment is(a)

(b) NaCl(c) KCl(d) CaCl2Answer: (a)

18. In metabolic alkalosis(a) increase

(b) loss of

(c) both

and (b)

HCO3

(a)

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