REPE 6. Molar ratio of Mg and O in product (Mg:O) AR RAJOM mg Divide the moles of magnesium by the smaller number of step #4 or #5 (show calculation below-round to nearest whole number). 0.0098745114m1.16156 20146 = 1 0.0085010626ml Divide the moles of oxygen by the smaller number of step #4 or #5 (show calculation below-round to nearest whole number). 0.0085010626 mal 0.0098745114 mol Questions - :9m6 1 eidibut to 22AM 7. Experimental formula of magnesium oxide product Ма (Use the whole numbers from the ratio in step 6 as the subscripts in the formula.) tubong abixo muizangsm bns sidious to azaM .E PI/PRE200.0 1. Write the ions formed by magnesium and oxygen including charges. Use the ions to determine the charged balanced formula for magnesium oxide and write the formula. souborą abixo mulzengam To zasM I muizengam to z26M S 2. How does your experimental formula of magnesium oxide compare to the charge balanced formula? bubong abixo muizengem ni nagyxo to za M E arcio muizengsm to zeloMA PS O Tom PHT2PT Poo.o - 3. Discuss a source of error in this experiment that could affect your experimental formula of magnesium oxide. Explain how it would affect your data and the final experimenta formula. (You must answer this question even if your experimental formula is correct).
REPE 6. Molar ratio of Mg and O in product (Mg:O) AR RAJOM mg Divide the moles of magnesium by the smaller number of step #4 or #5 (show calculation below-round to nearest whole number). 0.0098745114m1.16156 20146 = 1 0.0085010626ml Divide the moles of oxygen by the smaller number of step #4 or #5 (show calculation below-round to nearest whole number). 0.0085010626 mal 0.0098745114 mol Questions - :9m6 1 eidibut to 22AM 7. Experimental formula of magnesium oxide product Ма (Use the whole numbers from the ratio in step 6 as the subscripts in the formula.) tubong abixo muizangsm bns sidious to azaM .E PI/PRE200.0 1. Write the ions formed by magnesium and oxygen including charges. Use the ions to determine the charged balanced formula for magnesium oxide and write the formula. souborą abixo mulzengam To zasM I muizengam to z26M S 2. How does your experimental formula of magnesium oxide compare to the charge balanced formula? bubong abixo muizengem ni nagyxo to za M E arcio muizengsm to zeloMA PS O Tom PHT2PT Poo.o - 3. Discuss a source of error in this experiment that could affect your experimental formula of magnesium oxide. Explain how it would affect your data and the final experimenta formula. (You must answer this question even if your experimental formula is correct).
Chemistry & Chemical Reactivity
10th Edition
ISBN:9781337399074
Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Publisher:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
Chapter20: Environmental Chemistry-earth's Environment, Energy, And Sustainability
Section: Chapter Questions
Problem 41PS
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Question
Transcribed Image Text:1 Mq:10
Divide the moles of magnesium by the smaller number of step #4 or #5 (show
calculation below - round to nearest whole number).
EFER 6. Molar ratio of Mg and O in product (Mg:O) AR RAJOM
mg
сэмби
0.0098745114m1.1615620146 = 1
0.0085010626 ml
Divide the moles of oxygen by the smaller number of step #4 or #5 (show calculation
below-round to nearest whole number).
0.0085010626 mol
1
0.0098745114 mol
7. Experimental formula of magnesium oxide product
(Use the whole numbers from the ratio in step 6 as the subscripts in the formula.)
angsm bns sidibuno to 826M
Questions
eldibuss to 226M
M₂Q
1. Write the ions formed by magnesium and oxygen including charges. Use the ions to
determine the charged balanced formula for magnesium oxide and write the formula.
souborq abixo mulzen
Williford, Ph.D,
PI/2Pro0.0
muizengem to 226MS
*320.ri
S.O.
2. How does your experimental formula of magnesium oxide compare to the charge
balanced formula?
souborq abixo mulesngem ni negyxo lo zasM E
carcio
muizengam to zeloM A
PS O
Tom PHT2PTY poo.o -
3. Discuss a source of error in this experiment that could affect your experimental formula
of magnesium oxide. Explain how it would affect your data and the final experimental
formula. (You must answer this question even if your experimental formula is correct).
Tony C
8
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