If the concentrate is in a can, pour or scoop the contents of the can into a larger container. Refill the container with water five times, adding the water to the concentrate in the larger container each time. If only part of the concentrate is to be used, measure the amount to be used by placing it in a measuring cup, and then add water five times the amount of the measured concentrate. For example, if two ounces of concentrate is used, add ten ounces of water for a total amount of twelve ounces.
16/23 parts mix.
To make a 1 to 5 dilution you mix 1 part of your substance with 4 parts water. ie: Mix 1 tablespoon of creamer with 4 tables spoons of coffee, and the coffee is 1/5 creamer now.
blue and red, two parts blue, one part red.
It's a kind of recipe. You have one thing that's very strong, too strong to use. So to get it down to useful strength it has to be diluted. And that ratio is 1/200. Means if you use one cup of the strong stuff you need to mix it out with 200 cups of water to get it down to useful strength.
Multiply the whole number part by the denominator of the fractional part and add the result to the numerator of the fractional part.
16/23 parts mix.
mix 1 part DX579 to 2 parts water
Dissolve 1 part of this chemical in 50 parts water.
To mix one part to five parts, you will need to take the main ingredient and place it into a bowl. You will then add in five parts of another ingredient to make the mixture. For example, a juice concentrate may be five to one. You would place the concentrate into a juice container and then fill up the concentrate packaging five times with water and pour it in with the juice.
To create a solution with a pH of 4 using vinegar, you can mix approximately 1 part vinegar with 10 parts water.
You can choose any units you wish, e.g. ml, grams, cups, ounces, etc. Just measure 1 part water and add 3 parts chalk mix. Example: measure out 1 cup of water and add 3 cups of chalk mix.
use 1 ounce of whatever you are using with 100 ounces of water.
For example dissolve 10 g salt in 50 mL water.
If you want the tenths, you can ignore the integer (whole) part of the mixed number and concentrate on the fractional part.
Home tip #1326 Clean rubber with a mix of water and gasoline. 10 parts water to 1 part gasoline.
3 parts grano to 1 part cement add neat water sparingly till desired mix
The detergent molecule contains both nonpolar hydrophobic parts that mix with oil and polar hydrophilic parts that mix with water.