In field experiment
how i can calulate totoal volume ingredants for using 20mm jelly 1.57
M20 = 1:1.5:3 Volume = 1+1.5+3=(5.5 parts ) Total volume ingredients for using 2omm jelly =1.57 Volume of broken stone Require = (3/5.5) x 1.57 = .856 Cum Volume of sand Require = (1.5/5.5 ) x 1.57 = .471 Cum Volume of cement = (1/5.5) x 1.57 = .285 Cum = .285 x1440 = 411 kg = (8.22 bag ) For 1Cum of M20 ( 1:1.5:3 ) 20mm jelly = 0.856 cu.m sand = 0.472 cu.m cement = 8.22 bag
18 red jelly beans are 18 - of the total or whatever. They cannot be 36. So the question does not make sense.
To calculate the ABV (alcohol by volume) of a mixed drink, you need to know the volume of each alcoholic ingredient and its alcohol content. Add up the total alcohol content from all the ingredients, divide by the total volume of the drink, and multiply by 100 to get the ABV percentage.
Total volume
To find the total number of jelly beans in the bag, we can set up the equation where 24 jelly beans represent 8 percent of the total. If we let ( x ) be the total number of jelly beans, then ( 0.08x = 24 ). Solving for ( x ) gives ( x = \frac{24}{0.08} = 300 ). Therefore, there were 300 jelly beans in the bag.
To dilute Taq polymerase from 500 units/ml to a desired concentration, calculate the volume of the enzyme needed to achieve the desired units. For example, if you need 100 units, you would dilute 0.2 ml of the 500 units/ml solution in a total volume to reach your desired concentration.
To convert DNA with a concentration of 660.92 ng/uL to 5000 ng/uL in a total volume of 25 uL, you can calculate the volume of the original DNA required to reach the desired concentration. First, determine the amount of DNA needed in the final concentration (5000 ng/uL * 25 uL = 125,000 ng). Then, divide this amount by the original concentration to find the volume required (125,000 ng / 660.92 ng/uL ≈ 189.14 uL). Therefore, you would mix the original DNA with an appropriate volume of diluent to reach the desired concentration and then adjust the total volume to 25 uL.
9,200,000 is the total volume.
To determine the density of the mixture, you need to calculate the total mass of the gases and divide it by the total volume of the tank. Density = total mass / total volume. To determine the specific volume of the mixture, you need to divide the total volume of the tank by the total mass of the gases. Specific volume = total volume / total mass. Once you have these calculations, you'll have the density and specific volume of the gas mixture in the tank.
The total volume of Earth's crust is estimated to be around 1% of the Earth's total volume. This corresponds to roughly 0.47% of Earth's total mass.
CC is Cubic Centimeters, an unit of volume by itself. It can be either swept or total volume depending on circumstances.