Molar mass of ammonia (NH3) is 17 g. Suggest Corrections 38Similar questions Q. Calculate the molar mass of CH4. Q. 3.49g of ammonia at STP occupies volume of 4.48 dm3 calculate molar mass of ammonia Q. Calculate the molar mass of acetone? Q. Calculate the volume in litres occupied by...
Calculate the mass (in grams) of 3.3 x 1012 moles of sulfur. Calculate the molar mass of the compound tetraphosphorus decaoxide. Calculate the mass percent of sulfur in (NH4)2SO4. Determine the mass of the following: 1.50 mol carbon tetrafluoride, 0.350 mol magnesium fluoride, 2.07 kmol s...
Calculate the molar mass of the ionic compound chromium(II) bromide. For the substance barium nitride: i). Identify as molecular, ionic, or acid; ii). Write the formula of the compound; and iii). Show your setup and calculate the molar mass of the compound. ...
The molar mass of any solid, liquid, or gaseous substance is the number of grams of the substance in its molecular (molar) form that contains 6.0221367 X e^23 atoms of the substance (Avogadro's Number). This is because the mass of a substance is dependent on the molecular weight of the...
Molar mass = (" Weight of the substance x Molar volume")/("Volume of the substance at STP") Molar volume at STP = 2.24 xx 10^(2)m^(3) = 22.4 L (or) 22400 cc. Molar mass of the gas at STP = (23.2xx22.4)/20 = 25.984 g .
Calculate Molar Mass of CompoundCharlotte RennuitSasha D. Hafner
The molar mass definition of a compound is how many grams are in one mole of the compound. The molar mass of an element can be found by looking at the number below the symbol on the periodic table. It is most useful when making solutions in the lab, so y
Calculate the density of UO2. Density: The density of a material is the mass of a certain volume of the material. It can also be defined at the atomic level as the atomic density which is the number of atoms that material has for every unit volume. ...
The molar mass definition of a compound is how many grams are in one mole of the compound. The molar mass of an element can be found by looking at the number below the symbol on the periodic table. It is most useful when making solutions in the lab, so y
Using the ideal gas law, calculate the volume of a gas if 0.335 moles at a pressure of 660 torr has a temperature of 350 K. Calculate the molar mass of an unknown whose mass was 0.846 g and occupied a volume of 354 cm3 at a pressure of 752 torr an...