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mass of 6 moles of C = 12X6 =72g mass of 6 moles of Cl = 35.5X6 = 213g mass of 1 mole of C6Cl6 = 285g
The molecular formula of water is H2O. The atomic mass of H2O is 2(1.0) + 16.0 = 18.0Amount of H2O = mass of pure sample/molar mass = 75/18.0 = 4.17mol There are 4.17 moles of water in a 75 gram pure sample.
There is no uniform constant for the solubilities of gases in liquids. Each compound has a solubility unique to itself. However, the general rule of thumb is that "like dissolves like." Water is a polar molecule, therefore it will readily dissolve polar gases such as hydrogen chloride gas (HCl). When this happens hydrochloric acid is formed. Carbon dioxide (CO2) is what is dissolved in water to yield the weak acid carbonic acid, which is also what gives soda its fizz. Because CO2 is not polar it does not dissolve in water very well. Only 0.145 grams of CO2 can be dissolved in 100 mL of water compared to HCl's 72g/100mL. Carbon dioxide would more willingly dissolve in a solvent such as benzene because benzene is nonpolar just like CO2.
mass of 6 moles of C = 12X6 =72g mass of 6 moles of Cl = 35.5X6 = 213g mass of 1 mole of C6Cl6 = 285g
The molecular formula of water is H2O. The atomic mass of H2O is 2(1.0) + 16.0 = 18.0Amount of H2O = mass of pure sample/molar mass = 75/18.0 = 4.17mol There are 4.17 moles of water in a 75 gram pure sample.
no of mol = mass/molar mass = 72/ (40+32+16x4) = 72/136 = 0.529 mol (3.s.f)
43.2 grams of water
density = mass / volume = 72 g / 36 cm³ = 2 g/cm³
The 72G prefix dates your browning auto-5 light weight shotgun to 1972.
The GCF is 18g.
72,000 mg
The prefix of 72G indicates that you have a Browning auto-5 light weight shotgun that was made in the year 1972.It is chambered in 12 gauge.
The prefix of 72G indicates that you have a Browning auto-5 light weight shotgun that was made in the year 1972.It is chambered in 12 gauge.
Multiply by 1000 =72,000 mg
72g = 2.54oz