Wiki User
∙ 13y agoThe 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.
Wiki User
∙ 13y agoThe ratio of chemical to water in the final mixture would be 1:100. This is because you are adding 1 gallon of chemical to 99 gallons of water to make a total of 100 gallons of mixture, resulting in a 1:100 ratio.
To have a 25% composition of S in the final mixture, you need to add 1 gallon of S. Since you currently have 3 gallons in total and 1 gallon is S, this leaves 2 gallons of R. To maintain the ratio of 1 part S to 2 parts R, you will need to add 2 gallons of R.
To calculate the amount of chemical needed per gallon, first determine the total amount of chemical in the 5 gallons of water. Since 16 ounces in 5 gallons equal 500 ppm, you can set up a proportion: (16 ounces/5 gallons) = (x ounces/1 gallon). Solve for x to find out how many ounces of chemical are needed per gallon.
If you put 21 ounces of a chemical per 100 gallons of water, for 1 gallon of water you would use 0.21 ounces. This is calculated by dividing 21 ounces by 100 gallons to determine the amount of chemical per gallon.
Mega is the prefix meaning one million, therefore there are one million (1,000,000) gallons in a mega gallon
There are approximately 0.264 gallons in 1 kilogram.
To have a 25% composition of S in the final mixture, you need to add 1 gallon of S. Since you currently have 3 gallons in total and 1 gallon is S, this leaves 2 gallons of R. To maintain the ratio of 1 part S to 2 parts R, you will need to add 2 gallons of R.
To calculate the amount of chemical needed per gallon, first determine the total amount of chemical in the 5 gallons of water. Since 16 ounces in 5 gallons equal 500 ppm, you can set up a proportion: (16 ounces/5 gallons) = (x ounces/1 gallon). Solve for x to find out how many ounces of chemical are needed per gallon.
GALLONS As in: 1 gallon, 2 gallons.
a gas and oil mixture of 50 gallons of gas per gallon of 50:1 injection oil
If you put 21 ounces of a chemical per 100 gallons of water, for 1 gallon of water you would use 0.21 ounces. This is calculated by dividing 21 ounces by 100 gallons to determine the amount of chemical per gallon.
There are two half gallons in a gallon.
This is a rough explanation of how I converted the 50 to 1 mixture for any gas/oil motor down to a recognisable figure in ounces. I just bought a boat that uses this 50 to 1 mixture. I broke it down this way: A. 50 gallons of gas to 1 gallon of oil B. 25 gallons of gas to 1/2 gallon of oil C. 12.50 (12 1/2) gallons of gas to 1/4 gallon (quart) of oil D. 6.25 (6 1/4) gallons of gas to 1/8th gallon (pint) of oil (This is roughly the correct mixture for my boat since it has a 6 gallon tank. I would probably use a hair less of the oil measurement to compensate for the difference between the 6.25 gallon guide number and my boat tank. E. 3 1/2 gallons of gas to 1/2 pint 8 ounces) of oil F.1 3/4 gallons of gas to 1/4 pint of oil (4 ounces) of oil The last mixture I would put in a two gallon gasoline can to use for lawnmowers, gas trimmers, etc that use the 50 to one mixture.
Fill the 5 gallon jug Pour from the 5 gallon to fill the 3 gallon jug You now have 2 gallons in the 5 gallon jug Empty the 3 gallon jug Pour the 2 gallons from the 5 gallon jug into the 3 gallon jug Fill the 5 gallon jug Pour from the 5 gallon jug to fill the three gallon jug -- this will tale 1 gallon You now have 4 gallons in the 5 gallon jug
fill the 7 gallon bucket, dump it into the 5 gallon bucket and save the remaining 2 gallons, repeat and you have 4 gallons.
Two half-gallons = 1 gallon
One US gallon is equivalent to approximately 0.83 UK gallons.
In cattle: 400-600 gallons must pass through the udder to create one gallon of milk.