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Metabolic acidosis with hypokalemia is found in
A Renal tubular acidosis
B Long time diuretic use
C Chronic kidney disease
D Phenylketonuria
E Diabetic ketoacidosis
Severe hypokalemia may result from
A Use of thiazide diruretics
B Primary hyperaldosteronism
C Beta cell tumour of pancreas
D Dehydration
E Acidosis
ECG changes associated with hypokalemia include
A S-T segment depression
B Inverted T-waves
C Reduced P wave height
D Shortened P-R interval
E Prolonged QRS complex
In hypokalemia, ECG shows
A Prolonged PR interval
B ST depression
C Prolonged QT interval
D Prominent U
E Tall and slender
In the hypokalemia, ECG shows
A Prolonged PR interval
B ST depression
C Prolonged QT interval
D Prominent U wave
E Tall and slender T wave
ECG changes in hypokalemia are
A ST segment depression
B T wave inversion
C QRS interval of >0.20 seconds
D Absence of prominent U wave
E Normal QT interval
Hypokalemia causes
A Long PR interval
B Ventricular extrasystole
C Long QT interval
D Long QRS complex
E Elevated ST segment
Hypokalemia is manifested by
A Polyurea
B Polydipsia
C Glucose intolerance
D Tall tented T wave
E Elevation of ST segment
Type A lactic acidosis is/are found in
A Carbon monoxide poisoning
B Severe anemia
C Ethanol poisoning
D Mitochondrial dysfunction
E Acute liver failure
Normal anion gap metabolic acidosis is found in
A Renal tubular acidosis
B Intestinal fistula
C Uretero-intestinal diversion
D Salicylate poisoning
E Methanol poisoning

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