Calculating Molar Mass Of A Compound Chemistry Worksheet With Answers Page 7
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9Mass to Mole for a Compound
F1.
Determine the number of moles present in 456g cupric
nitrate.2.43
F2.
Determine the number of moles present in 654g cupric
sulfate.4.09
F3.
Determine the number of moles present in 123g cupric phosphate.
.323
F4.
Determine the number of moles present in 652g C
H
.8.35
6
6
F5.
Determine the number of moles present in 315g plumbic chloride.
.903
F6.
Determine the number of moles present in 25g of CH
.1.6
4
F7.
Determine the number of moles present in 1.24g CO
.
.0282
2
F8.
Determine the number of moles present in 650g potassium
hydroxide.12
F9.
Determine the number of moles present in 312.0g aluminum
nitrate.1.465
F10.
Determine the number of moles present in 45.3g magnesium chlorite.
.285
F11.
Determine the number of moles present in .057g lithium
iodide.4.3E-4
F12.
Determine the number of moles present in 227g strontium
fluoride.1.80
F13.
Determine the number of moles present in 12.60g barium acetate.
.04941
F14.
Determine the number of moles present in 271.5g ferrous
sulfite.1.996
F15.
Determine the number of moles present in 6020g manganous
bromide.28.0
F16.
Determine the number of moles present in 340g C
H
.
3.9
6
14
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