The law of voltage in series circuit and parallel circuit,

The law of voltage in series circuit and parallel circuit,


The current of each resistor (consumer) in series circuit is equal, and the sum of each voltage is equal to the total voltage
The voltage at both ends of each resistor (consumer) in parallel circuit is equal, and the sum of each current is equal to the total current



What is the law of voltage and current in series parallel circuit


In series circuit: the total voltage is equal to the sum of the voltage of each electrical appliance, the sum of the total resistance and other partial resistances, and the current is equal everywhere
U1+U2=U R1+R2=R I1=I2=I
In parallel circuit, the voltage of main circuit is equal to the voltage of each branch, and the current of main circuit is equal to the sum of the currents of each branch
U1=U2=U I1+I2=I 1/R1+1/R2=R