Suppose a NiMH battery is rated as 1.20 V and 1.50 A•hr.Assuming one mole of electrons is transferred per mole of reaction, approximately how many grams of NiOOH) 91.70 g/mol) are required to make this battery? How much electrical energy can this battery provide?
MH +NiOOH) $\rightarrow$ M +(NiOH)₂

Question

Suppose a NiMH battery is rated as 1.20 V and 1.50 A•hr.Assuming one mole of electrons is transferred per mole of reaction, approximately how many grams of NiOOH) 91.70 g/mol) are required to make this battery? How much electrical energy can this battery provide?
MH +NiOOH)

\rightarrow

M +(NiOH)₂

Quizplus · Accepted Answer

The Answer of Suppose a NiMH battery is rated as 1.20 V and 1.50 A•hr.Assuming one mole of electrons is transferred per mole of reaction, approximately how many grams of NiOOH) 91.70 g/mol) are required to make this battery? How much electrical energy can this battery provide? MH +NiOOH) $\rightarrow$ M +(NiOH)₂

Suppose a NiMH Battery Is Rated as 1 →\rightarrow→ M +(NiOH)2

Suppose a NiMH Battery Is Rated as 1 $\rightarrow$ M +(NiOH)₂