CHO3– (Bicarbonate) Gram to mole Conversion:
To convert gram weight to mole we need to find first what is the molecular weight of CHO3– (Bicarbonate). Suppose the molecular weight of CHO3– is M(CHO3–). Now we have to divide the gram weight by molecular mass of Bicarbonate. Then the result gives us a mole number.
mole number of CHO3– (Bicarbonate) = {(grams weight of CHO3–) ÷ Molecular mass of CHO3–}
= {w÷ M(CHO3–)} [suppose w is grams weight of Bicarbonate ]
Example: Suppose a sample of CHO3– has 63.03 grams. Now we have to calculate the mole number of the CHO3–.
Ans: mole = (62.02 ÷ 61.016 )
= 1.0164547004065 mole of Bicarbonate.
CHO3– (Bicarbonate) grams to mole Conversion Table:
- 63.03 gram of Bicarbonate = 1.0330077356759 mole of Bicarbonate
- 65.83 gram of Bicarbonate = 1.078897338403 mole of Bicarbonate
- 68.63 gram of Bicarbonate = 1.1247869411302 mole of Bicarbonate
- 71.43 gram of Bicarbonate = 1.1706765438573 mole of Bicarbonate
- 74.23 gram of Bicarbonate = 1.2165661465845 mole of Bicarbonate
- 77.03 gram of Bicarbonate = 1.2624557493117 mole of Bicarbonate
- 79.83 gram of Bicarbonate = 1.3083453520388 mole of Bicarbonate
- 82.63 gram of Bicarbonate = 1.354234954766 mole of Bicarbonate
- 85.43 gram of Bicarbonate = 1.4001245574931 mole of Bicarbonate
- 88.23 gram of Bicarbonate = 1.4460141602203 mole of Bicarbonate
- 91.03 gram of Bicarbonate = 1.4919037629474 mole of Bicarbonate
- 93.83 gram of Bicarbonate = 1.5377933656746 mole of Bicarbonate
- 96.63 gram of Bicarbonate = 1.5836829684017 mole of Bicarbonate
- 99.43 gram of Bicarbonate = 1.6295725711289 mole of Bicarbonate
- 102.23 gram of Bicarbonate = 1.2165661465845 mole of Bicarbonate
- 105.03 gram of Bicarbonate = 1.7213517765832 mole of Bicarbonate
- 107.83 gram of Bicarbonate = 1.7672413793103 mole of Bicarbonate
- 110.63 gram of Bicarbonate = 1.8131309820375 mole of Bicarbonate
- 113.43 gram of Bicarbonate = 1.8590205847647 mole of Bicarbonate
- 116.23 gram of Bicarbonate = 1.9049101874918 mole of Bicarbonate
- 119.03 gram of Bicarbonate = 1.950799790219 mole of Bicarbonate
- 121.83 gram of Bicarbonate = 1.9966893929461 mole of Bicarbonate
- 124.63 gram of Bicarbonate = 2.0425789956733 mole of Bicarbonate
- 127.43 gram of Bicarbonate = 2.0884685984004 mole of Bicarbonate
- 130.23 gram of Bicarbonate = 2.1343582011276 mole of Bicarbonate
- 133.03 gram of Bicarbonate = 2.1802478038547 mole of Bicarbonate
- 135.83 gram of Bicarbonate = 2.2261374065819 mole of Bicarbonate
- 138.63 gram of Bicarbonate = 2.272027009309 mole of Bicarbonate
- 141.43 gram of Bicarbonate = 2.3179166120362 mole of Bicarbonate
- 144.23 gram of Bicarbonate = 2.3638062147633 mole of Bicarbonate
CHO3– (Bicarbonate) mole to grams conversion:
If we know the mole number of Bicarbonate and we want to calculate grams then we again need molecular mass of CHO3–. We know that the molecular mass of CHO3– is 61.016. To calculate grams we need to multiply mole numbers with molecular mass of Bicarbonate. If molecular mass of CHO3– is M(CHO3–) and mole number is m(CHO3–) then
m(CHO3–) = (mole number of CHO3– × molecular mass )
= {m(CHO3–) × M(CHO3–)}
Example: A sample of CHO3– has 2.01 mole. We have to calculate how much grams of Bicarbonate it equivalent is.
Ans: Here mole number of CHO3–, m(CHO3–) = 2.01
Molecular weight of CHO3–, M(CHO3–) = 61.016
So, gram weight = ( 2.01 × 61.016 )
= 122.64216 gram
CHO3– (Bicarbonate) mole to gram Conversion Table:
- 3.03 mole of Bicarbonate = 184.87848 gram of Bicarbonate
- 5.43 mole of Bicarbonate = 331.31688 gram of Bicarbonate
- 7.83 mole of Bicarbonate = 477.75528 gram of Bicarbonate
- 10.23 mole of Bicarbonate = 624.19368 gram of Bicarbonate
- 12.63 mole of Bicarbonate = 770.63208 gram of Bicarbonate
- 15.03 mole of Bicarbonate = 917.07048 gram of Bicarbonate
- 17.43 mole of Bicarbonate = 1063.50888 gram of Bicarbonate
- 19.83 mole of Bicarbonate = 1209.94728 gram of Bicarbonate
- 22.23 mole of Bicarbonate = 1356.38568 gram of Bicarbonate
- 24.63 mole of Bicarbonate = 1502.82408 gram of Bicarbonate
- 27.03 mole of Bicarbonate = 1649.26248 gram of Bicarbonate
- 29.43 mole of Bicarbonate = 1795.70088 gram of Bicarbonate
- 31.83 mole of Bicarbonate = 1942.13928 gram of Bicarbonate
- 34.23 mole of Bicarbonate = 2088.57768 gram of Bicarbonate
- 36.63 mole of Bicarbonate = 2235.01608 gram of Bicarbonate
- 39.03 mole of Bicarbonate = 2381.45448 gram of Bicarbonate
- 41.43 mole of Bicarbonate = 2527.89288 gram of Bicarbonate
- 43.83 mole of Bicarbonate = 2674.33128 gram of Bicarbonate
- 46.23 mole of Bicarbonate = 2820.76968 gram of Bicarbonate
- 48.63 mole of Bicarbonate = 2967.20808 gram of Bicarbonate
- 51.03 mole of Bicarbonate = 3113.64648 gram of Bicarbonate
- 53.43 mole of Bicarbonate = 3260.08488 gram of Bicarbonate
- 55.83 mole of Bicarbonate = 3406.52328 gram of Bicarbonate
- 58.23 mole of Bicarbonate = 3552.96168 gram of Bicarbonate
- 60.63 mole of Bicarbonate = 3699.40008 gram of Bicarbonate
- 63.03 mole of Bicarbonate = 3845.83848 gram of Bicarbonate
- 65.43 mole of Bicarbonate = 3992.27688 gram of Bicarbonate
- 67.83 mole of Bicarbonate = 4138.71528 gram of Bicarbonate
- 70.23 mole of Bicarbonate = 4285.15368 gram of Bicarbonate
- 72.63 mole of Bicarbonate = 4431.59208 gram of Bicarbonate
How to Calculate Molecular Mass of Bicarbonate (CHO3–):
For calculating molecular mass of Bicarbonate we need atomic mass of carbon, hydrogen and oxygen. We know that atomic masses of carbon (C), hydrogen (H) and oxygen (O) are 12.011, 1.00797 and 15.9994 respectively. So molecular mass of Bicarbonate = [atomic mass of carbon (C) + atomic mass of hydrogen (H) + {atomic mass of oxygen (O) × 3}]
= { 12.011+ 1.00797 + (15.9994 × 3) }
= 61.017 gram