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A non-volatile electrolyte dissolved in an aqueous solution in same molal proportion as non-electrolyte produces
  • a)
    same colligative effect
  • b)
    higher colligative effect
  • c)
    lower colligative effect
  • d)
    no colligative effect
Correct answer is option 'B'. Can you explain this answer?
Verified Answer
A non-volatile electrolyte dissolved in an aqueous solution in same mo...
  • The vant Hoff factor for the non electrolyte is equal to 1 whereas that of non volatile electrolyte is greater than 1.
  • Hence all colligative properties will be increased.
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Most Upvoted Answer
A non-volatile electrolyte dissolved in an aqueous solution in same mo...
The vant Hoff factor for the non electrolyte is equal to 1 whereas that of non volatile electrolyte is greater than 1. Hence all colligative properties will be increased.
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Community Answer
A non-volatile electrolyte dissolved in an aqueous solution in same mo...
  • The vant Hoff factor for the non electrolyte is equal to 1 whereas that of non volatile electrolyte is greater than 1.
  • Hence all colligative properties will be increased.
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A non-volatile electrolyte dissolved in an aqueous solution in same molal proportion as non-electrolyte producesa) same colligative effect b) higher colligative effect c) lower colligative effect d) no colligative effect Correct answer is option 'B'. Can you explain this answer?
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