Evaluate the molarity of a sodium chloride brine solution

Reference no: EM13490349

Calculate the molarity of a sodium chloride brine solution that exhibits a density of 1.13 g/mL and a mass percent of 17.7% at room temp.

Reference no: EM13490349

Questions Cloud

Determine the work done by each horse : Two horses pull a large crate of negligible mass at constant speed across a barn floor by means of two light steel cables. What is the work done by each horse if the box is moved a distance of 30 m

Explain what will be the temperature of the mixture : if 41.2 g of water at 18.7C are mixed with 27.6 g of water at 38.4 C what will be the temperature of the mixture. (Assume that no thermal energy is lost to the surroundings)

Discuss the vat and income tax implications : Discuss the VAT implications of the matters for the company and discuss the VAT and income tax implications of the following from the perspective of Maluti (Pty) Ltd

Determine the maximum height on the left incline : An object, of mass m = 3 kg, is released from a height h = 5 m of the top of a rough 45 incline, Determine the maximum height on the left incline that the object will reach before sliding back again to the right

Evaluate the molarity of a sodium chloride brine solution : Calculate the molarity of a sodium chloride brine solution that exhibits a density of 1.13 g/mL and a mass percent of 17.7% at room temp.

Determine the maximum compression of the upper spring : An object, of mass m = 2 kg, is located between two massless springs on a frictionless incline of 30o . Initially the object is held at a position where the lower spring (k1= 950 N/m), Determine the maximum compression of the upper spring

Explain lower the samples temperature : How many kilojoules a) are required to raise the temperature of 33.4 g CH3CH2OH(l) from 19.6 to 49.8 C b) must be removed from a 325 g sample of CH3(CH2)6CH3(l) to lower the samples temperature from 82.4 to 31.6

Describe the substantive tests : Describe the substantive tests that you would perform on transactions in the acquisitions cycle of this system to gain adequate assurance over the assertions of completeness, cut off and accuracy.

How high above the ground does the ball hit the wall : A ball bounces upward from the ground with a speed of 14 m/s, How high above the ground does the ball hit the wall

User Account

All Pages