<caption><image_90>The image shows a piece of white paper with red text written on it. The text reads "PAMASOMIC MCR 18650B - 4.2V MAX. X12 - 2.5V MIN". The text is written in a cursive font and is centered on the paper. There is a red pen resting on the right side of the paper, and a black pen on the left side. The background is blurred, but it appears to be a desk or table.</caption><transcript><audio_91> tenemos 12 elementos lo único que tenemos que hacer es pensar en lo siguiente es una Panasonic NCR 18650B con un voltaje máximo de carga</transcript><caption><image_92>The image shows a piece of white paper with red text written on it. The text reads "PANASOMIC MCR 48650B" and "4.2V, Max. X2". Below the text, there is a red stamp that reads "2.5V". The background is blurred, but it appears to be a desk or table with a computer monitor and other electronic equipment.</caption><transcript><audio_93> Si tenemos 12 elementos, ¿qué es lo que tenemos que hacer? Pues simplemente multiplicar esos 4,2 voltios por 12 para sacar el total de voltaje al que</transcript> the problems come  When we have 12 the only thing we have to do is think about the following is a Panasonic NCR 18 650 B with a maximum charging voltage of 42 volts if we have  12 elements, what do we have to do? Simply multiply those 42 volts by 12 to get the total voltage at
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