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3ESO_Electricity_Block6 series-parallel - Contenido educativo

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Subido el 27 de marzo de 2023 por Beatriz T.

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Worked example of a series-parallel combination circuit. 00:00:00
Firstly name the resistors. 00:00:05
In this exercise resistors 1 and 4 are in series and resistors 2 and 4 in parallel. 00:00:07
We have to calculate first the equivalent resistance. 00:00:15
The total equivalent resistance of the circuit. 00:00:19
Calculate the equivalent resistance between resistors 2 and 3. 00:00:23
This gives us 12 ohms. 00:00:27
By calculating the equivalent resistance to R2 and R3, we can simplify the circuit to a series circuit with R1, R4, and R2-3. 00:00:30
Finally adding this three resistors you get 22 ohms. 00:00:41
The total current flowing through the circuit. 00:00:46
We use Ohm's law to calculate the total current, because we know the equivalent resistance and the voltage delivered by the cell. 00:00:49
so that total intensity is 5 volts between 22 ohms giving 0.23 amperes the voltage or potential 00:00:57
difference across each resistor the correct order to do this part is calculating first the drop of 00:01:08
voltage in the resistors 1 and 4 in series we know that the intensity that flows through them 00:01:16
is 0.23 amperes. So applying Ohm's law in each of them will give us the voltage in these resistors. 00:01:22
For the resistors that are in parallel, we know they share the same voltage as they are in parallel. 00:01:30
You can calculate this voltage with the Ohm's law, voltage equal to 0.23 amperes by 12 Ohms, 00:01:37
or with the difference of the voltage of the cell, that gives you the same result. 00:01:45
The currents I1 and I4 are equal to the total current of the circuit 0.23 amperes. 00:01:49
We use Ohm's law to calculate I2 and I3. 00:01:57
You can check that the addition of these two intensities is equal to the total intensity. 00:02:01
Idioma/s:
es
Autor/es:
BEATRIZ TORREJÓN TÉVAR
Subido por:
Beatriz T.
Licencia:
Reconocimiento - No comercial
Visualizaciones:
47
Fecha:
27 de marzo de 2023 - 9:31
Visibilidad:
Público
Centro:
IES CERVANTES
Duración:
02′ 10″
Relación de aspecto:
1.78:1
Resolución:
1280x720 píxeles
Tamaño:
13.23 MBytes

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