Question

Multiply the potential of the following cell at a temperature of 298 K.
$(E ^{ \oplus} _{mg/mg ^{ + 2} } = + 2.66 \: V)(E ^{ \oplus} _{AL/AL^{+3} } = + 1.96 \: V)$

$Mg_{(s)}/Mg^{+2}_{(0.001M)}//AL^{+3}_{(0.0001M)}/AL_{(s)}$
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Answer 1

Answer:

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Explanation:

Multiply the potential of the following cell at a temperature of 298 K.

$(E ^{ \oplus} _{mg/mg ^{ + 2} } = + 2.66 \: V)(E ^{ \oplus} _{AL/AL^{+3} } = + 1.96 \: V)$

$Mg_{(s)}/Mg^{+2}_{(0.001M)}//AL^{+3}_{(0.0001M)}/AL_{(s)}$

Answer with proper explanation.

Don't spam.

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★ Others best users

please make me brainlist