<transcript><audio_145> Con lo cual, ya tenemos un margen de seguridad bastante ampliado por encima de esos 36 que os estaba comentando. Así que no os tenéis que preocupar, en este caso, sobre el volumen.</transcript><transcript><audio_146> directamente, si trabajáis a 12 elementos, no vais a poder bajar de 40. Si trabajásemos a 13 elementos, 14, 15, entonces sí que podemos meter la pata y podemos</transcript><caption><image_147>The image shows a laptop computer screen with a blue background. On the screen, there is a form with multiple fields and options. The form appears to be a form for a job application. The fields are arranged in a grid-like pattern and there are several buttons at the bottom of the form. The laptop is open and the screen is turned on. The image is taken from a slightly elevated angle, looking down on the laptop.</caption><transcript><audio_148> Y hay que hacer estas matemáticas tan complicadas correctamente. Lo único que tendríamos que hacer sería multiplicar 3 por 14, por 15 o por 13, los elementos que tengáis, y lo mismo en el 4,2%.</transcript><video><caption><image_149>The image shows a desk with a computer monitor on it. The monitor is turned on and the screen is displaying a list of tasks. On the right side of the desk, there is a black box with the word "Seek" written on it, and a bottle of glue next to it. There is also a piece of paper with some text on it next to the monitor. The desk appears to be in a room with a white wall in the background.</caption><caption><image_150>The image shows a laptop computer sitting on top of a desk. The laptop is open and the screen is turned on. On the desk, there is a book titled "Seek" and a bottle of glue. There is also a piece of paper with some text on it next to the laptop. The background is blurred, but it appears to be a laboratory or laboratory setting.</caption><caption><image_151>The image shows a laptop computer sitting on top of a green cutting mat. The laptop is silver in color and has a white keyboard. Next to the laptop, there is a small black smartphone with a yellow battery attached to it. The phone screen displays some text and numbers. There are also several wires connected to the phone, including red, black, and yellow wires. The background is blurred, but it appears to be a desk or table.</caption><caption><image_152>The image shows a small black electronic device with a screen on top of it. The device appears to be a GPS navigation device, as indicated by the text on the screen. The screen displays the current and voltage readings of the device. There are several wires connected to the device, including red, blue, green, and yellow wires, which are likely used to connect the device to a computer or other electronic device. The background of the image is a green cutting mat, which is likely a table or countertop.</caption></video><transcript><audio_153> ajustar o de calcular los voltajes de carga en una batería. Bien, lo que os quiero enseñar ahora es más o menos lo mismo. Lo que tengo aquí es...</transcript> selectable value is 40 volts, so we already have a safety margin that is quite widened above the 36 that was mentioned, so in this case we have to worry about the minimum voltage because directly if you work with 12 elements you will not be able to go below 40 if we will work with 13 elements 14 15 then we can make a mistake and we can link the  It's quite dark and you have to do this math, it's complicated correctly, okay, what we would have to do would be to multiply 3 by 14 or by 15 or by 13 the elements you have and the same for 4.2, okay, this is the way to the charging voltages in a matrix what I want to show you now is more or less the same what I have here is the
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