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Acidity of diprotic acids in aqueous solutions increases in the order
Options
(a) H₂S < H₂Se < H₂Te
(b) H₂Se < H₂S < H₂S
(c) H₂Te < H₂S < H₂Se
(d) H₂Se < H₂Te < H₂S
Correct Answer:
H₂S < H₂Se < H₂Te
Explanation:
The weaking of M-H bond with increase in size of M(where M=s, Se, Te) explains the acid character of hydrides. Since on moving down the group atomic size increases hence bondlength increases and hence removal tendency of H also increases.
Related Questions: - An isocyanide on hydrolysis gives
- The amount of zinc required to produce 224mL of H₂ at STP on treatment with dilute H₂SO₄
- Crystal field stabilization energy for high spin d⁴ octahedral complex is
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Topics: P Block Elements in Group 15
(89)
Subject: Chemistry
(2512)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
- An isocyanide on hydrolysis gives
- The amount of zinc required to produce 224mL of H₂ at STP on treatment with dilute H₂SO₄
- Crystal field stabilization energy for high spin d⁴ octahedral complex is
- The correct order of ionization energy of C, N, O, F is
- Copper pyrite, the chief ore of copper, is
Topics: P Block Elements in Group 15 (89)
Subject: Chemistry (2512)
Important MCQs Based on Medical Entrance Examinations To Improve Your NEET Score
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