calculate-the-time-it-will-take-to-produce-1-50x103-kg-of-potassium-when-a-sampl

Question

Calculate the time (in hours) it will take to produce 1.50×10³ kg of potassium when a sample of molten KF was subject to electrolysis using a constant current of 2.50×10⁴ A. Determine the volume (in L) of F₂ gas produced at STP.

Accepted Answer

time = 41.1 hours
volume of F₂ gas = 4.30×10⁵ L

Answer

time = 31.5 hours
volume of F₂ gas = 2.45×10⁵ L

Answer

time = 41.1 hours
volume of F₂ gas = 3.42×10⁵ L

Answer

time = 22.7 hours
volume of F₂ gas = 5.61×10⁵ L

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Calculate the time (in hours) it will take to produce 1.50×10³ kg of potassium when a sample of molten KF was subject to electrolysis using a constant current of 2.50×10⁴ A. Determine the volume (in L) of F₂ gas produced at STP.

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Calculate the time (in hours) it will take to produce 1.50×103 kg of potassium when a sample of molten KF was subject to electrolysis using a constant current of 2.50×104 A. Determine the volume (in L) of F2 gas produced at STP.

Calculate the time (in hours) it will take to produce 1.50×10³ kg of potassium when a sample of molten KF was subject to electrolysis using a constant current of 2.50×10⁴ A. Determine the volume (in L) of F₂ gas produced at STP.