CeHsOCI produces 14.0 grams of HCI, what is the percent yield? For the balanced equation shown below, if the reaction of 34 2 grams of C2H3OCI Oz -> 2CO H2O HCI Initial (g) Initial (moles) Change (moles) End (moles) End (g) % yield = %3D

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6. To create pure iron, the iron ore is heated with excess carbon. If one
CHaOCI produces 14.0 grams of HCI, what is the percent yield?
For the balanced equation shown below, if the reaction of 34.2 grams of
C2H3OCI
O2
->
2C0
Initial
(g)
H2O
HCI
Initial
(moles)
Change
(moles)
End
(moles)
End
(g)
% yield =
now much iron ore is needed? (Assume iron ore is 100% iron oxide)
3CO(g)
wants to produce 125 grams of Fe (in a process that is 87.7% emclen).
>
2Fe(s)
Fe2O3(s)
3 C(s)
+
nuos
Transcribed Image Text:6. To create pure iron, the iron ore is heated with excess carbon. If one CHaOCI produces 14.0 grams of HCI, what is the percent yield? For the balanced equation shown below, if the reaction of 34.2 grams of C2H3OCI O2 -> 2C0 Initial (g) H2O HCI Initial (moles) Change (moles) End (moles) End (g) % yield = now much iron ore is needed? (Assume iron ore is 100% iron oxide) 3CO(g) wants to produce 125 grams of Fe (in a process that is 87.7% emclen). > 2Fe(s) Fe2O3(s) 3 C(s) + nuos
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