A. Electrolysis of Water Complete the following table. Show your computations Lead and Battery Terminal Identity of the Tube Electrode Half-reaction Gas Left Red, Negative Cathode Right Black, Positive Anode 02 Volume of Gas Mass of Gas Moles of Gas Calculated |(mL) Tube Time Calculated (g, Ts 25°C) charge applied e (s) |(C) current applied I (mA) Left 7.6 mL 159 s Right 3.8 mL 159 s A. Using the Nernst equation, compute the cell potential. of tho ro

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A. Electrolysis of Water
Complete the following table. Show your computations
Tube
Lead and Battery
Electrode
Half-reaction
Identity
of the
Terminal
Gas
Left
Red, Negative
Cathode
H,
Right
Black, Positive
Anode
02
Volume of Gas Mass of Gas Moles of Gas Calculated
|(mL)
Tube
Time
Calculated
(g, Ts 25°C)
charge applied Q (s)
(C)
current
applied I
(mA)
Left
7.6 mL
159 s
Right
3.8 mL
159 s
A. Using the Nernst equation, compute the cell potential.
B. Then, compute the AG of the reaction.
Transcribed Image Text:A. Electrolysis of Water Complete the following table. Show your computations Tube Lead and Battery Electrode Half-reaction Identity of the Terminal Gas Left Red, Negative Cathode H, Right Black, Positive Anode 02 Volume of Gas Mass of Gas Moles of Gas Calculated |(mL) Tube Time Calculated (g, Ts 25°C) charge applied Q (s) (C) current applied I (mA) Left 7.6 mL 159 s Right 3.8 mL 159 s A. Using the Nernst equation, compute the cell potential. B. Then, compute the AG of the reaction.
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