A tank containing 1 million gallons of a liquid at a temperature of 100 degrees Fahrenheit is filled with an n additional 1,000,000 gallons of the same liquid at a temperature of 50 degrees Fahrenheit.
How do you think this will affect the temperature of the final solution if mixed?
How do you think making variations in the second volume would affect the final temperature?
How do you think making variations in the second volume temperature would affect the final temperature?
A gallon of water has a concentration of 1000 part per million (PPM) of a radioactive particle.
500 ppm is the maximum amount of water that can be transported the volume does not matter.
If you have available water with 0ppm concentration how many equal volume dilutions must you perform in order to bring the concentration below the limit for transport?
If the water you were using to dilute the original has a concentration of 250 ppm how would this affect your process? What happens if the concentration is 400ppm?
If you let the original solution evaporate the particles stay in the remaining solution would the affect your efforts to dilute later?