I need help answering these (because im having a hard time properly creating this scenario)

please dont comment missing information, please do not take on this question if you cannot click on the link and do the problem.

below is the link of what we are supposed to create the wiring on and im having a hard time with it if you can draw it out so i can replicate it i would appreciate it

https://phet.colorado.edu/sims/html/circuit-construction-kit-dc-virtual-lab/latest/circuit-construction-kit-dc-virtual-lab_en.html

element (battery, resistor) to edit the appropriate value of the voltage/resistance. Include in your circuit the "ammeter" tool, that is on right, to measure the electric current (see section 1 1). DC Series Wiring a) Construct a circuit with one 100 Ohm resistor and a voltage source (battery 3volts). Make sure to include an ammeter. The ammeter should display the value of the experimental current. Take a photo of the simulation. The voltage, resistance, and the current values should be visible on the photo. Submit the photo with your report. Use the Ohm's Law to calculate the current in the circuit, show your calculations: I= Compare the calculated value of the current with the experimental value. b) Add another 100 Ohm resistor (in series) to the circuit. Keep same voltage supply. Construct the circuit. The ammeter should display the value of the experimental current. Take a photo of the simulation. The voltage, resistance, and the current values should be visible on the photo. Submit the photo with your report. What is the equivalent resistance in the new circuit, show your calculations: Req = Use the Ohm's Law to calculate the current in the circuit, show your calculations: I= Compare the calculated value of the current with the experimental value. c) Add another 100 Ohm resistor (in series) to the circuit. Keep same voltage supply. Construct the circuit. The ammeter should display the value of the experimental current. Take a photo of the simulation. The voltage, resistance, and the current values should be visible on the photo. Submit the photo with your report. What is the equivalent resistance in the new circuit, show your calculations: Req = Use the Ohm's Law to calculate the current in the circuit, show your calculations: I= Compare the calculated value of the current with the experimental value. Conclusion: In general, what happens to the amount of current in the circuit as you add more resistors in series to the circuit? (Assume that the voltage remains constant.)