There is 1 gallon of 10% solution...There is 0% saline in water...The equation is (0.1)(1) + 0x = 0.02 (x+1)...Answer is: 4 gallons.
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To dilute 500 gallons of a 31% solution to a 15% solution you would add 533.33 gallons of the dilutant. For example, if you have 500 gallons of a 31% saline solution you would add 533.33 gallons of water to create 1033.33 gallons of a 15% saline solution.
Let x = the amount of 20% solution Let x + 10 = the amount of the final solution. So we have: (.20)x + (.50)(10) = (.40)(x + 10) .20x + 5 = .40x + 4 .20x = 1 x = 5 liters of 20% solution of saline.
NOT: 15 ounces to make 10%Correct answer:Twenty ouncesCalculus:Let it be M ounces. Then:20%*(M ounce) + 5%*(40 ounce) = 10%*(M+40 ounce)20*M + 200 = 10*M + 400(20-10)*M = 400-20010M = 200M = 20
0.25
Saline is basically water with common salt (Sodium Chloride) added. Therefore - 1 litre of saline has 0.18 percent salt.
0.35% saline
To dilute 500 gallons of a 31% solution to a 15% solution you would add 533.33 gallons of the dilutant. For example, if you have 500 gallons of a 31% saline solution you would add 533.33 gallons of water to create 1033.33 gallons of a 15% saline solution.
To make a 9 percent saline solution, start by preparing a 100 percent salt solution. With a bottle of 100 percent salt water, take 9 percent and dilute with distilled water to make a 9 percent saline solution.
This is a isotonic saline solution.
There are 90 mg of saline per 1 ml of 9% saline solution.
0.9%
yes it is isotonic solution.
This is an isotonic saline solution; 9 g/L sodium chloride solution in water with added glucose.
The mineral found in saline solution is sodium chloride, which is commonly known as table salt. It is dissolved in water to create a solution that is similar in concentration to the body's natural fluids.
A saline solution is composed of water and salt, typically sodium chloride. The salt is dissolved in the water to create a solution that is similar in concentration to the body's natural fluids.
If you think to an isotonic solution the concentration is 0,9 g NaCl/100 g solution.
A patient treated with 0% saline would experience hemolysis (destruction of red blood cells) due to the hypotonic solution causing water to move into the cells. In contrast, a patient treated with 10% saline would undergo crenation (shriveling) of red blood cells due to the hypertonic solution causing water to move out of the cells.