Fe2(HPO4)3
Four different species! Will need number atoms every species as protons vary. What a lot of work! In order.
134 grams Fe2(HPO4)3 (1 mole Fe2(HPO4)3/399.634 grams)(2 mole Fe/1 mole Fe2(HPO4)3)(6.022 X 1023/1 mole Fe)
= 4.04 X 1023 atoms iron * 26 protons = 1.05 X 1025 protons iron
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134 grams Fe2(HPO4)3/399.634 grams)(12 mole O/1 mole Fe2(HPO4)3)(6.022 X 1023/1 mole O)
= 2.42 X 1024 atoms oxygen * 8 protons = 1.94 X 1025 protons oxygen
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I think you can add all the bold numbers to get total.
Iron(III)Phosphate hexa hydrate. Sometimes it may be called ferric phosphate hexa hydrate.
Ashoka pillar has a layer of crystalline iron hydrogen phosphate which protect it from rusting.
Iron (III) phosphate or ferric phosphate.
Iron heated with lime water produces iron phosphate
Iron III phosphate is FePO4 Iron II phsophate is Fe3(PO4)3
FeHPO4
it produces iron phosphate and hydrogen gas
Fe2(HPO4)3
Iron(III)Phosphate hexa hydrate. Sometimes it may be called ferric phosphate hexa hydrate.
Ashoka pillar has a layer of crystalline iron hydrogen phosphate which protect it from rusting.
corrosion resistance by hydrogen phosphate forming on the high phosphorus content iron
Iron (III) phosphate or ferric phosphate.
This cannot be answered because it is essential to know what element you're dealing with here. 8.2 grams of iron will contain considerably less atoms than 8.2 of hydrogen. Therefore, the number of moles in 8.2 grams of iron will differ from the number of moles in 8.2 grams of hydrogen.
Iron heated with lime water produces iron phosphate
Aqueous sodium phosphate and aqueous iron nitrate react to produce aqueous sodium nitrate and solid iron phosphate.
Iron III phosphate is FePO4 Iron II phsophate is Fe3(PO4)3
Be3(PO4)2--------------Beryllium phosphate