Al2O3 (Aluminium oxide) Gram to mole Conversion:
To convert gram weight to mole we need to find first what is the molecular weight of Al2O3 (Aluminium oxide). Suppose the molecular weight of Al2O3 is M(Al2O3). Now we have to divide the gram weight by molecular mass of Aluminium oxide. Then the result gives us a mole number.
mole number of Al2O3 (Aluminium oxide) = {(grams weight of Al2O3) ÷ Molecular mass of Al2O3}
= {w÷ M(Al2O3)} [suppose w is grams weight of Aluminium oxide ]
Example: Suppose a sample of Al2O3 has 101.004 grams. Now we have to calculate the mole number of the Al2O3.
Ans: mole = (102.031 ÷ 101.96 )
= 1.0006963515104 mole of Aluminium oxide.
Al2O3 (Aluminium oxide) grams to mole Conversion Table:
- 101.004 gram of Aluminium oxide = 0.99062377402903 mole of Aluminium oxide
- 104.574 gram of Aluminium oxide = 1.0256375049039 mole of Aluminium oxide
- 108.144 gram of Aluminium oxide = 1.0606512357787 mole of Aluminium oxide
- 111.714 gram of Aluminium oxide = 1.0956649666536 mole of Aluminium oxide
- 115.284 gram of Aluminium oxide = 1.1306786975284 mole of Aluminium oxide
- 118.854 gram of Aluminium oxide = 1.1656924284033 mole of Aluminium oxide
- 122.424 gram of Aluminium oxide = 1.2007061592781 mole of Aluminium oxide
- 125.994 gram of Aluminium oxide = 1.235719890153 mole of Aluminium oxide
- 129.564 gram of Aluminium oxide = 1.2707336210279 mole of Aluminium oxide
- 133.134 gram of Aluminium oxide = 1.3057473519027 mole of Aluminium oxide
- 136.704 gram of Aluminium oxide = 1.3407610827776 mole of Aluminium oxide
- 140.274 gram of Aluminium oxide = 1.3757748136524 mole of Aluminium oxide
- 143.844 gram of Aluminium oxide = 1.4107885445273 mole of Aluminium oxide
- 147.414 gram of Aluminium oxide = 1.4458022754021 mole of Aluminium oxide
- 150.984 gram of Aluminium oxide = 1.1306786975284 mole of Aluminium oxide
- 154.554 gram of Aluminium oxide = 1.5158297371518 mole of Aluminium oxide
- 158.124 gram of Aluminium oxide = 1.5508434680267 mole of Aluminium oxide
- 161.694 gram of Aluminium oxide = 1.5858571989015 mole of Aluminium oxide
- 165.264 gram of Aluminium oxide = 1.6208709297764 mole of Aluminium oxide
- 168.834 gram of Aluminium oxide = 1.6558846606512 mole of Aluminium oxide
- 172.404 gram of Aluminium oxide = 1.6908983915261 mole of Aluminium oxide
- 175.974 gram of Aluminium oxide = 1.7259121224009 mole of Aluminium oxide
- 179.544 gram of Aluminium oxide = 1.7609258532758 mole of Aluminium oxide
- 183.114 gram of Aluminium oxide = 1.7959395841506 mole of Aluminium oxide
- 186.684 gram of Aluminium oxide = 1.8309533150255 mole of Aluminium oxide
- 190.254 gram of Aluminium oxide = 1.8659670459004 mole of Aluminium oxide
- 193.824 gram of Aluminium oxide = 1.9009807767752 mole of Aluminium oxide
- 197.394 gram of Aluminium oxide = 1.9359945076501 mole of Aluminium oxide
- 200.964 gram of Aluminium oxide = 1.9710082385249 mole of Aluminium oxide
- 204.534 gram of Aluminium oxide = 2.0060219693998 mole of Aluminium oxide
Al2O3 (Aluminium oxide) mole to grams conversion:
If we know the mole number of Aluminium oxide and we want to calculate grams then we again need molecular mass of Al2O3. We know that the molecular mass of Al2O3 is 101.96. To calculate grams we need to multiply mole numbers with molecular mass of Aluminium oxide. If molecular mass of Al2O3 is M(Al2O3) and mole number is m(Al2O3) then
m(Al2O3) = (mole number of Al2O3 × molecular mass )
= {m(Al2O3) × M(Al2O3)}
Example: A sample of Al2O3 has 2.113 mole. We have to calculate how much grams of Aluminium oxide it equivalent is.
Ans: Here mole number of Al2O3, m(Al2O3) = 2.113
Molecular weight of Al2O3, M(Al2O3) = 101.96
So, gram weight = ( 2.113 × 101.96 )
= 215.44148 gram
Al2O3 (Aluminium oxide) mole to gram Conversion Table:
- 2.17 mole of Aluminium oxide = 221.2532 gram of Aluminium oxide
- 5.08 mole of Aluminium oxide = 517.9568 gram of Aluminium oxide
- 7.99 mole of Aluminium oxide = 814.6604 gram of Aluminium oxide
- 10.9 mole of Aluminium oxide = 1111.364 gram of Aluminium oxide
- 13.81 mole of Aluminium oxide = 1408.0676 gram of Aluminium oxide
- 16.72 mole of Aluminium oxide = 1704.7712 gram of Aluminium oxide
- 19.63 mole of Aluminium oxide = 2001.4748 gram of Aluminium oxide
- 22.54 mole of Aluminium oxide = 2298.1784 gram of Aluminium oxide
- 25.45 mole of Aluminium oxide = 2594.882 gram of Aluminium oxide
- 28.36 mole of Aluminium oxide = 2891.5856 gram of Aluminium oxide
- 31.27 mole of Aluminium oxide = 3188.2892 gram of Aluminium oxide
- 34.18 mole of Aluminium oxide = 3484.9928 gram of Aluminium oxide
- 37.09 mole of Aluminium oxide = 3781.6964 gram of Aluminium oxide
- 40 mole of Aluminium oxide = 4078.4 gram of Aluminium oxide
- 42.91 mole of Aluminium oxide = 4375.1036 gram of Aluminium oxide
- 45.82 mole of Aluminium oxide = 4671.8072 gram of Aluminium oxide
- 48.73 mole of Aluminium oxide = 4968.5108 gram of Aluminium oxide
- 51.64 mole of Aluminium oxide = 5265.2144 gram of Aluminium oxide
- 54.55 mole of Aluminium oxide = 5561.918 gram of Aluminium oxide
- 57.46 mole of Aluminium oxide = 5858.6216 gram of Aluminium oxide
- 60.37 mole of Aluminium oxide = 6155.3252 gram of Aluminium oxide
- 63.28 mole of Aluminium oxide = 6452.0288 gram of Aluminium oxide
- 66.19 mole of Aluminium oxide = 6748.7324 gram of Aluminium oxide
- 69.1 mole of Aluminium oxide = 7045.436 gram of Aluminium oxide
- 72.01 mole of Aluminium oxide = 7342.1396 gram of Aluminium oxide
- 74.92 mole of Aluminium oxide = 7638.8432 gram of Aluminium oxide
- 77.83 mole of Aluminium oxide = 7935.5468 gram of Aluminium oxide
- 80.74 mole of Aluminium oxide = 8232.2504 gram of Aluminium oxide
- 83.65 mole of Aluminium oxide = 8528.954 gram of Aluminium oxide
- 86.56 mole of Aluminium oxide = 8825.6576 gram of Aluminium oxide
How to Calculate Molecular Mass of Aluminium oxide (Al2O3):
For calculating molecular mass of Aluminium oxide we need atomic mass of aluminium and oxygen. We know that atomic masses of aluminium (Al) and oxygen (O) are 26.98154 and 15.9994 respectively. So molecular mass of Aluminium oxide = [{atomic mass of aluminium (Al) × 2} + {atomic mass of oxygen (O) × 3}]
= { (26.98154 × 2) + (15.9994 × 3) }
= 101.96128 gram