A solution of common salt in water is prepared by adding 20 kg of salt to 100 kg of water, to make a liquid of density 1323 kg/m3. Calculate the concentration of salt in this solution as a (a) weight fraction, (b) weight/volume fraction, (c) mole fraction, (d) molal concentration.$

14.5%, 22.4%, 0.059, 2.88 moles in m 3

15.7%, 23.1%, 0.058, 3.88 moles in m3

14.5%, 22.4%, 0.059, 2.88 moles in m3

16.7%, 22.1%, 0.058, 3.77 moles in m3

14.7%, 23.1%, 0.059, 2.77 moles in m3

A solution of common salt in water is prepared by adding 20 kg of salt

1.	A solution of common salt in water is prepared by adding 20 kg of salt to 100 kg of water, to make a liquid of density 1323 kg/m³. Calculate the concentration of salt in this solution as a (a) weight fraction, (b) weight/volume fraction, (c) mole fraction, (d) molal concentration.$
A.	15.7%, 23.1%, 0.058, 3.88 moles in m<sup>3</sup>
B.	14.5%, 22.4%, 0.059, 2.88 moles in m<sup>3</sup>
C.	16.7%, 22.1%, 0.058, 3.77 moles in m<sup>3</sup>
D.	14.7%, 23.1%, 0.059, 2.77 moles in m<sup>3</sup>
Answer» B. 14.5%, 22.4%, 0.059, 2.88 moles in m<sup>3</sup>

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A solution of common salt in water is prepared by adding 20 kg of salt to 100 kg of water, to make a liquid of density 1323 kg/m3. Calculate the concentration of salt in this solution as a (a) weight fraction, (b) weight/volume fraction, (c) mole fraction, (d) molal concentration.$

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A solution of common salt in water is prepared by adding 20 kg of salt to 100 kg of water, to make a liquid of density 1323 kg/m³. Calculate the concentration of salt in this solution as a (a) weight fraction, (b) weight/volume fraction, (c) mole fraction, (d) molal concentration.$