Take 1.45 wt% oxide as an example.
To remove the oxide component first you must work out the Ti component:
1.45 wt% oxide x 0.6 = Ti (wt%)
because Ti in TiO2 makes up 60% its formula mass:
47.87 / 79.87 = ~0.6 Ti
Thus
1.45wt% TiO2 = 0.87 wt% Ti
Calculation of the atomic weight of an element having many isotopes:ia - atomic mass of the isotope a x percent concentration of the isotope in the elementib - atomic mass of the isotope b x percent concentration of the isotope in the elementic - atomic mass of the isotope c x percent concentration of the isotope in the element...........................................................................................................................iz - mass of the isotope z x percent concentration of the isotope in the elementMake the sum: I = ia + ib + ic + ..... izThe atomic weight of the element is: I/100 (the term weight is recommended by IUPAC in this case).
compound- answered by brandy :)
1 atomgram of a chemical element has 6,02214129(27)×1023 atoms. 1 atomgram=atomic weight of a chemical element exprimed in grams.
((mass of element)/(mass of compound))*100
The element of Antimony (Sb) would have the atomic weight of 121.75.
How can I convert atomic percent to weight percent for example TiC -45%atomic C convert to weight percentage?
Oxygen
Oxygen
If you multiply by molecular weight, you can get the mass. With the info you've given, no calculation can be made
Multiply the mass fraction by 100.
First off you multiply moles by 1000 to convert to millimoles. Next you multiply by the molecular weight (found as the bigger figure on the element on the periodic table).
You cannot without information on the densities of the two substances.
trace elements.
Calculation of the atomic weight of an element having many isotopes:ia - atomic mass of the isotope a x percent concentration of the isotope in the elementib - atomic mass of the isotope b x percent concentration of the isotope in the elementic - atomic mass of the isotope c x percent concentration of the isotope in the element...........................................................................................................................iz - mass of the isotope z x percent concentration of the isotope in the elementMake the sum: I = ia + ib + ic + ..... izThe atomic weight of the element is: I/100 (the term weight is recommended by IUPAC in this case).
compound- answered by brandy :)
121.75 source: yahoo answers
Sometimes, but not necessarily: The largest percent by mass in a compound is that of the element for which the product of the subscript and the atomic weight is highest. For example, there is more carbon than hydrogen by mass in CH4.