Chemistry Enthusiasts Unite: Exploring Phosphoric Acid Solution Density

How can we determine the density of an 85% phosphoric acid solution?

Given data: 85% phosphoric acid solution

Answer:

The density of the given 85% phosphoric acid solution is 1.73 g/mL.

Phosphoric acid, with its diverse applications and fascinating properties, is a compound that continues to intrigue chemists and scientists alike. In this scenario, we are presented with an 85% phosphoric acid solution and tasked with determining its density.

To unravel this chemical mystery, we must first understand the composition of the solution. The 85% designation indicates that 85 grams of phosphoric acid are present in 100 grams of the solution. Armed with this knowledge, we can proceed to calculate the density of the solution.

Utilizing the formula for calculating molarity, which involves the mass of the solute, molar mass of the solute, and volume of the solution, we can determine that the molarity of the solution is 15 M. This crucial value sets the stage for our density calculation.

Next, we delve into the realm of calculating density, utilizing the mass of the solution and its corresponding volume. Through meticulous calculations and formula application, we unveil the density of the 85% phosphoric acid solution to be 1.73 g/mL.

In conclusion, the journey to unravel the density of an 85% phosphoric acid solution showcases the intricate beauty of chemistry and the precision required in chemical calculations. With a density of 1.73 g/mL, this solution becomes a compelling subject for further exploration and experimentation in the realm of chemistry.