Density is calculated by dividing mass by volume. In this case, the mass is 6 grams and the volume is 12 ml. Therefore, the density is ( \frac{6 \text{ grams}}{12 \text{ ml}} = 0.5 \text{ grams/ml} ).
118.29411875 but round it up to 12ml
1.12 liters is equal to 1120 milliliters (mL) because there are 1000 milliliters in one liter.
12 8-ounce jars equates to a total of about 2,839.1 mL.
To calculate the unknown concentration of OH-, you would first determine the number of moles of NaOH using its concentration and volume. Then, using the stoichiometry of the balanced chemical equation between NaOH and H2C2O4·H2O, you can find the number of moles of H2C2O4·H2O. Finally, divide the moles of H2C2O4·H2O by the volume of H2C2O4·H2O to find its concentration.
The final reading is then taken including the bubbles. So if the bubbles are 2 mL and your buret reads 12 mL. It seems like there is 12mL added, but the bubble was not taken into account. So you only pipetted 1o mL yet the bubble made it seem like 12.
You need to know the density of the liquid. if it is water at standard temp, 1g/ml is fair to assume, and at this it would be 12ml
100*12ml/50ml = 24%
3.2 fluid drams per 12mL
As written, the question makes no sense, since milliliters ( mL) measure volume while grams (g) measure weight (actually, mass, but there's no need to be that technical). So this is like asking to convert quarts to pounds. Can't be done.If the question is about water then there is an answer.This question has been asked and answered in several other places. Here's one:Does_1_gram_equal_1_ml
15% of 80ml= 15% * 80= 0.15 * 80= 12ml
To obtain a 12% alcohol solution, you would need to mix 12ml of alcohol with 48ml of water. This would give you a total volume of 60ml, with 12% of it being alcohol.
.4057618fl/oz
1000:1
.012 grams
The initial amount of KCl in the solution is 12mL (12% of 100mL). When 200mL of water is added, the total volume becomes 300mL. You would then divide the initial amount of KCl (12mL) by the total volume (300mL) and multiply by 100 to get the final concentration of KCl in the solution.
Approximately 2- 1/2 teaspoons.
No; mg is a measure of mass, milliliter is a measure of volume.