How can the amount of salt in a tank be maintained while adding more solution?

  • Thread starter Miguel Guerrero
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In summary, the problem is to add a solution containing water and salt to a tank filled with a solution of water and salt, in such a way that the total amount of salt remains the same after the addition. This is complicated by the fact that the tank is already filled to its maximum volume and as the new solution is added, an equivalent amount of the current solution must be removed from the tank. The question is how to solve this problem. No specific equations are mentioned, and the person asking the question admits to being stumped.
  • #1
Miguel Guerrero
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1. The problem statement, all variables and given/known d
Let's say there's a tank filled with a solution to its maximum volume V. Initially, the solution in V is water mixed with some amount of salt S. The objective is to add more of a solution also consisting of water and salt such that the amount of salt S is the same after the added solution is in the tank. Note: because the tank is filled to its maximum volume, as the solution is added, water of the same volume escapes from the tank.

How would you go about solving this?

Homework Equations


None, I confess I am stumped.

The Attempt at a Solution


See above.
 
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  • #2
"water of the same volume escapes from the tank", or "an equivalent amount of the current solution escapes from the tank" ?

Are you sure you are stating the problem correctly? Do you understand why those two problem statements are radically different?
 

1. What is a tank filled with a solution?

A tank filled with a solution is a container that contains a liquid mixture made up of two or more substances that are evenly distributed throughout the tank.

2. What is the purpose of a tank filled with a solution?

The purpose of a tank filled with a solution varies depending on the specific solution being used. It could be used for storage, mixing, or as part of a chemical reaction process.

3. How is a tank filled with a solution different from a regular tank?

A tank filled with a solution differs from a regular tank in that it contains a mixture of substances, whereas a regular tank may only contain one substance. Additionally, the solution in the tank is usually evenly distributed throughout, whereas in a regular tank, the substance may settle at the bottom.

4. What are some common examples of tanks filled with a solution?

Some common examples of tanks filled with a solution include water tanks, chemical storage tanks, and mixing tanks used in industries such as pharmaceuticals, food and beverage, and water treatment.

5. How are tanks filled with a solution maintained?

The maintenance of a tank filled with a solution depends on the type of solution being used. This may include regular cleaning, monitoring of levels and temperature, and proper storage of the solution to prevent contamination or evaporation.

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