After adding a non volatile solute, freezing point of solution decreases to - 0.186. Calculate

0.521

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0.0521

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1.86

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0.0186

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Solution

The correct option is B
0.0521

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After adding a non volatile solute, freezing point of solution decreases to - 0.186. Calculate

After adding no – volatile solute freezing point of water decreases to $- {0.186}^{\circ} C$ . Calculate $Δ T_{b}$ if $K_{f}$ =1.86 K kg $m o l^{- 1}$ and $K_{b}$ = 0.521 K kg $m o l^{- 1}$

Q. After adding a solute freezing point of water solution decreases to

{- 0.186}^{o} C

. Calculate

Δ T_{b}

. (

K_{f}

= {1.86}^{o} C k g m o l^{- 1}

and

K_{b}

= {0.512}^{o} C k g m o l^{- 1}

)

Q. What happens to the freezing point of water when a non-volatile solute such as salt is added?

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After adding a non volatile solute, freezing point of solution decreases to - 0.186. Calculate

The correct option is B 0.0521

The correct option is B
0.0521