5. Carbon tetrachloride may be produced via the reaction between methane and chlorine gases: CH₁ (g) + +41 If this reaction generates 2.50 gallons of CCl4, how many pounds (lbs) of HCI were also generated? The density of CCl4 is 1.5867 g/mL. Cl₂ (g) → _____ CCI (1) + HCl (g) [unbalanced] (Note: 1 gallon= 3785.4 mL; 1 pound = 453.6 grams) (Hint: for gallons CCl4 given convert gal → mL g CCl4. You can now do a grams to grams conversion.)

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5. Carbon tetrachloride may be produced via the reaction between methane and chlorine gases:
+41
CH₁ (g) + 4_Ch₂ (g) → _____ CCI (1) +
HC1 (g) [unbalanced]
If this reaction generates 2.50 gallons of CCl4, how many pounds (lbs) of HCI were also generated? The
density of CCl4 is 1.5867 g/mL.
(Note: 1 gallon= 3785.4 mL; 1 pound = 453.6 grams)
(Hint: for gallons CCl4 given convert gal → mL g CCl4. You can now do a grams to grams conversion.)
Transcribed Image Text:5. Carbon tetrachloride may be produced via the reaction between methane and chlorine gases: +41 CH₁ (g) + 4_Ch₂ (g) → _____ CCI (1) + HC1 (g) [unbalanced] If this reaction generates 2.50 gallons of CCl4, how many pounds (lbs) of HCI were also generated? The density of CCl4 is 1.5867 g/mL. (Note: 1 gallon= 3785.4 mL; 1 pound = 453.6 grams) (Hint: for gallons CCl4 given convert gal → mL g CCl4. You can now do a grams to grams conversion.)
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