A chemist has 500 ml of a 30% acid solution. She adds x milliliters of a 10% acid solution. Which statement is true about the graph of the function that represents the concentration of the final solution? The horizontal asymptote y = 30 means that the final concentration will always be less than 30%. The horizontal asymptote y = 10 means that the final concentration will always be greater than 10%. The vertical asymptote x = 500 means that the volume of solution will always be greater than 500 ml. The vertical asymptote x = 0 means that the volume of the solution will always be greater than 0.

The true statement about the graph of the function that represents the concentration of the final solution is; B. The horizontal asymptote y = 10 means that the final concentration will always be greater than 10%.

How to Interpret the Graph of a Function?

We are told that x mL of 10% acid solution is added to 500 ml of the 30% acid percent solution.

Now, that addition will not decrease the acidity levels farther than 10% no matter how much you put due to the fact that the solution being added is at a 10% acidity. Now, the other solution that is 30% acidity will have a higher acidity level than the 10% acid solution and as a result it would never get lesser than the solution being added to it.

Thus, we can say that true statement of the function graph is Option B. The horizontal asymptote y = 10 means that the final concentration will always be greater than 10%.

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