The number of moles is 8,00944733981.10e23.
Since you are using 0.28 moles of AlCl3, you need 0.84 moles of Br, which is 67.24 grams.
This is a two-step calculation. First convert grams Cs to moles Cs. Then convert moles Cs to atoms Cs.The atomic weight of cesium is 133 g/mol1. To convert grams to moles:moles Cs= 53.7 g Cs1 mol = 0.404 mol Cs133 gMultiply by moles per gram. Grams cancel out.2. To convert moles to atoms:atoms Cs = 0.404 mol Cs6.02 x 1023 atoms = 2.43E+23 atoms CsmolMultiply by atoms/mole. Moles cancel out.
133 milligrams = 0.133 grams
T = 133 + 273 = 406 K R= 0.0821 L.atm/Kmol V = 126 L P= 0.880 atm n (number of moles) = M/molar mass of KClO3= g/122.54 PV= nRT PV= M/122.54 RT M = 407.6 g
114 and 133
Since you are using 0.28 moles of AlCl3, you need 0.84 moles of Br, which is 67.24 grams.
This can be solved with a simple stoichiometry equation.The molar mass of He is 4.00 g/mol.With the equationMass=Moles*Molar mass,we can solve this very easily.Rearraging the equation gives usMass/Molar Mass=MolesPlugging in our variables:(534,000g)/(4g/mol)=Molesthis gives us a total of 133 500 moles.Multiplying 133 500 moles by Avagadro's constant (6.022x10^23) to give us the number of atoms leaves us with the answer:
133 pounds = 60.33 kilograms.
133 kilometers = 436,351.706 feet
19 / 133 = 0.142857143
It has four and they are: 1, 7, 19, and 133.
the basic measurement of time is the second, 1 second equals 9,192,631,770 periods of the radiation of cesium 133 ions
1 minute = 60 seconds so 133 min = 133*60 = 7980 sec
This is a two-step calculation. First convert grams Cs to moles Cs. Then convert moles Cs to atoms Cs.The atomic weight of cesium is 133 g/mol1. To convert grams to moles:moles Cs= 53.7 g Cs1 mol = 0.404 mol Cs133 gMultiply by moles per gram. Grams cancel out.2. To convert moles to atoms:atoms Cs = 0.404 mol Cs6.02 x 1023 atoms = 2.43E+23 atoms CsmolMultiply by atoms/mole. Moles cancel out.
133 ÷ 60 = 2 hours 13 minutes
133 (133.3333) times.
Any of its factors which are: 1, 7, 19 and 133