https://phet.colorado.edu/en/simulation/circuit-construction-kit-dcThis is the link for this lab

Pull up the simulation, and click on Intro box Circuit Construction Kit: DC - Series Circuit | Parallel Circuit | Ohm's Law - PhET Interactive Simulations (colorado.edu) Click on Values and the Battery - symbol, both are on the upper right Drag the components on the left (battery, resistor and then 2 wires) to build the circuit shown below. is first circuit to construct is a simple "series, resistor-battery circuit". p the center of the resistor circuit symbol, to change its resistance, to 11 0. nce done, you'll see the electrons going around the circuit, from the - terminal the battery. Pull the voltmeter and ammeter into place as is shown. e ammeter measures current to 2 significant figure accuracy, while this lab has you ing calculations to 3 significant figures. re, for example, the ammeter reads I = .82 A, when V = 1 R gives I = V / R = .818 A ally click under Show Current, "Conventional" and the current circulates opposite to Be electrons, from the + terminal of the battery with red arrows. Click the lower-right reset button, and the Values and Battery symbols for our next circuit. 1. Resistors in Series. Construct the circuit to the left, with resistor values as is shown. DOV R1 = Q. R2 = Req =_ Q (calculate) V = V. I= A (calculate to 3 sig figs). 2. Resistors in Parallel. Construct the circuit to the left. R1 = Q. R2 = Q. Req = _Q. (calculate to 3 sig figs) V= V. _ A (calculate to 4 sig figs). 3. Resistors in Series and Parallel combination Construct the circuit to the left. R1= Q. R2 - Q. R3 = . Q. Req = Q (calculate, 3 resistor combination, to 4 sig figs) V= V. 1= A (calculate to 4 sig figs)