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Density = mass/volume, so:36 grams/ 12 milliliters3 grams/ milliliter
A pen would weigh approximately 10 grams. 100 grams would be about 100 grams of feathers.
One pennyweight is approximately equal to 1.555 grams.
150 pounds approximately equals 68,038.855 grams
Rounded to two significant figures, 7.42 grams is approximately equal to 7.4 grams.
The molar mass of sodium hydroxide (NaOH) is approximately 40 grams per mole. Therefore, a 6.94 mole sample of sodium hydroxide would contain approximately 278 grams (6.94 moles x 40 grams/mole).
There are approximately 6 x 10^22 atoms in a 12.0 gram sample of sodium.
The density of the sample can be calculated by dividing the mass by the volume. In this case, 55 grams divided by 22 milliliters is approximately 2.5 grams per milliliter.
If the substance has a half-life of 10 years, there would be 10 half-lives in a 100-year span. Each half-life reduces the amount by half, so after 100 years, 1/2^10 = 1/1024 grams of the sample would remain.
The weight of radium can vary depending on the specific isotope. For example, the most common isotope, radium-226, has an atomic weight of approximately 226 grams per mole.
7.64 it is the half life of radon-222 multipled by 2
Divide 158 by 156. The answer is the density in grams per ml. In this case, very close to 1 g/ml Density = MASS divided by VOLUME
To calculate the mass in grams of each sample, you can use a balance or scale to measure the weight of the sample. The weight measured in grams is equivalent to the mass of the sample.
To find the volume of a sample of lead, you need to know its density. The density of lead is 11.34 grams per cubic centimeter. You can calculate the volume by dividing the mass of the lead sample by its density. In this case, the volume of a 17.6 gram sample of lead would be approximately 1.55 cubic centimeters.
The atomic number of radon (Rn) is 86. The atomic weight of Rn is 222 grams per mole.
7.64 days
To determine the mass of Ti in a 0.65 mole sample, you need to know the molar mass of titanium. Titanium's molar mass is approximately 47.87 g/mol. Multiply the number of moles (0.65) by the molar mass (47.87 g/mol) to find the mass of titanium in the sample. So, 0.65 mol * 47.87 g/mol = approximately 31.1 grams of Ti in the sample.