I need the answer as soon as possible 3. Consider a two-cell series-connected battery pack where cell states of charge are z1 = 0.99 änd z2 = 0.97 and where thecells have total charge capacity Q1 = 31Ah ănd Q2 = 32Ah. If zmin = 0.1, and the cells can be considered to haveconstant OCV of 3.3V, what is the total battery discharge energy for this battery pack (in Wh)? Round your answer to thenearest Wh. (Note that this configuration is the same as in Question 2, which might save you some math.)

Given, For cell 1, z1=0.99Q1=31Ah For cell 2, z2=0.97Q2=32Ah zmin=0.1 OCV=3.3V So present charge…

3. Consider a two-cell series-connected battery pack where cell states of charge are z1 = 0.99 and z2 = 0.97 and where the cells have total charge capacity Q1 = 31Ah ảnd Q2 = 32Ah. If zmin constant OCV of 3.3V, what is the total battery discharge energy for this battery pack (in Wh)? Round your answer to the nearest Wh. (Note that this configuration is the same as in Question 2, which might save you some math.) 0.1, and the cells can be considered to have %3D %3D

3. Consider a two-cell series-connected battery pack where cell states of charge are z1 = 0.99 and z2 = 0.97 and where the cells have total charge capacity Q1 = 31Ah ảnd Q2 = 32Ah. If zmin constant OCV of 3.3V, what is the total battery discharge energy for this battery pack (in Wh)? Round your answer to the nearest Wh. (Note that this configuration is the same as in Question 2, which might save you some math.) 0.1, and the cells can be considered to have %3D %3D