So, you have to add 24 ozs to one gallon of water ( which is equal to 128 ozs.) . Since you only have 48 ozs of water, you need to know what percentage you'll have to reduce your other "ingredients". 48 ozs. is 37.5% of 128 so you need to add 37.5% of 24 ozs. to your water. 24 multiplied by .375 equals 9. Add 9 ozs to your 48 ozs of water.
Assuming you wanted to preserve the ratio of product-to-water, we solve this by setting up and solving the equation: 1/50000 = x/250 From this, just multiply both sides by 250, yielding x = 250/50000 = 1/200. So you would add 1/200 = 0.005 gallons of product to 250 gallons of water.
Find a container with gallon gradients (lines) at 1 gallon and 2 gallons. Fill the container with one gallon of water. Now add the plums until the water level reaches the two gallon line. Remove the water, and you now have 1 gallon of plums.
The actual weight of the aquarium itself would depend on the materials used. The rocks in the bottom would add some weight as well. If you want to know how much the water weighs. The mass (weight) of fresh water is about 8.35 pounds per gallon, so that is 459.25 pounds for the water.
The ratio is "one to 99", or "one part per hundred", regardless of the size of the sample. If you only want to prepare one gallon of mixture, you add (1% of one gallon) of chemical to (99% of 1 gallon) of water. 1 gallon = 128 fluid ounces Chemical = 0.01 x 128 = 1.28 fluid ounce Water = 0.99 x 128 = 126.72 fluid ounces Together, you have (1.28 + 126.72) = 128 fluid ounces = 1 gallon.
None until you add it.
I would add only 1/4 of a gallon if the level is 0. Then check the level and add a little if needed.
0.1 gallon of bleach, or 12.8 ounces (just over 1.5 cups)
Use one gallon of chlorine for every 10,000 gallons of water.
Assuming you wanted to preserve the ratio of product-to-water, we solve this by setting up and solving the equation: 1/50000 = x/250 From this, just multiply both sides by 250, yielding x = 250/50000 = 1/200. So you would add 1/200 = 0.005 gallons of product to 250 gallons of water.
1 tsp in ten gallons .. so to find out how much is one gallon divide by 10. 1/10 = 0.1 so if it is 0.1 tsp per gallon then 3 gallons will take 0.1*3 = 0.3 of a teaspoon.
it is recommended that you add as much of a one gallon container of anti freeze as your radiater will hold .after that use plain water to finish filling it.
Find a container with gallon gradients (lines) at 1 gallon and 2 gallons. Fill the container with one gallon of water. Now add the plums until the water level reaches the two gallon line. Remove the water, and you now have 1 gallon of plums.
If you pay 20 for 1 gallon, then you are paying 20 for one gallon. Similarly if you are paying 49.40 for 1 gallon, then you are paying 49.40 for one gallon. --------------------------------------------------- If, however, you meant how much you are paying for 1 gallon WHEN IT HAS BEEN DILUTED, then: When diluting 32:1, you will add 32 gallons of water to make 33 gallons in total. You will then be paying: (40 + cost of 32 gallons of water) ÷ 33 ≈ 1.21 + the cost of 32/33 gallon of water. When diluting 50 to 1 you will add 50 gallons of water to make 51 gallons in total. You will then be paying: (49.40 + cost of 50 gallons of water) ÷ 51 ≈ 0.96 + the cost of 50/51 gallon of water.
14 gallons
The actual weight of the aquarium itself would depend on the materials used. The rocks in the bottom would add some weight as well. If you want to know how much the water weighs. The mass (weight) of fresh water is about 8.35 pounds per gallon, so that is 459.25 pounds for the water.
The ratio is "one to 99", or "one part per hundred", regardless of the size of the sample. If you only want to prepare one gallon of mixture, you add (1% of one gallon) of chemical to (99% of 1 gallon) of water. 1 gallon = 128 fluid ounces Chemical = 0.01 x 128 = 1.28 fluid ounce Water = 0.99 x 128 = 126.72 fluid ounces Together, you have (1.28 + 126.72) = 128 fluid ounces = 1 gallon.
1/2 gallon the formula is 2:1