Question

Draw a circuit diagram for the circuit of FIGURE EX28.1.

Short answer

Connect the battery in series with the two resistors$50\Omega ,100\Omega ,\mathrm{and}75\Omega$in parallel with the combination of these resistors.

Step-by-step solution

Given information and formula used 

Given Diagram :

Theory used :

Charges are transported through elements such as resistors, batteries, and capacitors in an electric circuit, which controls the number of charges.

The quantity of charge is unaffected by whether the wires are twisted or straight. A circuit diagram is a visual representation of the connections between the elements.

Drawing a circuit diagram for the circuit in the given figure

One battery with a voltage of $9V$and three resistors, role="math" localid="1649327063096" $50\Omega ,100\Omega ,\mathrm{and}75\Omega$, are shown in figure EX28.1.

The battery element is placed as shown in the diagram below to draw the circuit. We draw both of the resistors $50\Omega \mathrm{and}100\Omega$in the same branch because they are connected in series (one after one).

Then connect the two terminals of this branch to the two terminals of the other battery with a wire.

Each of the two terminals on the resistor $75\Omega$is linked to the battery. This resistor is connected to the other two resistors in series. Below is the finished circuit schematic.