Lab AssignmentWelcome to the Lab component of Physics I. This week's lab is called "Ideal Gas Law." You will conduct experiments to see how pressure, volume and temperature of an ideal gas may vary. Do you remember what an ideal gas is?First, download and read the two documents below:Click here for the user's guide for "Ideal Gas Law"Click here for the instructions for the "Ideal Gas Laws" labNow, log into your account. https://virtuallabs.ket.org/physics/ WILL PROVIDE LOGIN DETAILSWatch the video overview (remember, there is no sound). Watch the arrow as it shows you where to click to perform the lab. You will also find the instructions in the PDF documents to be extremely helpful as you work the lab.Then, get into the Virtual Physics Lab and run several experiments, using a wide variety of data points. You need to generate a Lab Report to submit for this assignment. Here are the criteria for the Lab Report: Introduction/Thesis (Explain the principles you are studying, and what results you expect to see in this experiment) Background (Explain the concepts that form the foundation for this lab) Methodology (Explain the apparatus used, and how you manipulated the apparatus) Data (Include screen shots from the Grapher, or spreadsheets that contain data, or any charts or graphs you created) Analysis (Look over the data and analyze the results - were results consistent with original expectations, or did you see something different?) Conclusions (Provide your interpretation of what happened with this set of data; provide explanations of why the results turned out the way they did; indicate what sources of error may have impacted the experiment, and anticipate what should happen in future research)

I need help for the solution 7 calculus based EM ProblemsPlease send the file in PDF formatPlease send the file in PDF format

Procedure:Run the Circuit Construction Kit (DC Only) Simulation. Note: this simulation opens in a new window. The link to that is here: https://phet.colorado.edu/sims/html/circuit-constr...Series Circuit: Record all data into this table: Steps: Make a series circuit using a power source and at least three bulbs of different resistance. (You can change the resistance by selecting the bulb.) Record the resistance of each bulb.Place the non-contact ammeter at either the tip or threaded section of the bulb. Record the current values.Use Ohm’s law to calculate the voltage across each bulb.Use the voltmeter to confirm the voltage, by placing the red probe and the black probe on the tip and the threaded section of the bulb. Record the values. Once you have confirmed the voltage of your circuit using Ohm’s law, calculate the power for each bulb.Finally, take a screen shot or save the circuit file to your computer. (To create a screenshot on a PC, press Alt-PrintScreen (Alt-PrtScrn) on your computer keyboard, and then paste the captured image into a document file; if you use a Mac, then pressing Command-Shift-3 will capture a screenshot).Table 1: SeriesResistance (ohms)Current (amps)Voltage calculated(Volts)Voltage measured(Volts)Power(Watts)123Parallel Circuit: Record all data in this table: Make a parallel circuit using a power source and at least three bulbs of different resistance. (You can change the resistance by selecting the bulb.) Record the resistance of each bulb.Place the non-contact ammeter at either the tip or threaded section of the bulb. Record the current values.Use Ohm’s law to calculate the voltage across each bulb.Use the voltmeter to confirm the voltage, by placing the red probe and the black probe on the tip and the threaded section of the bulb. Record the values. Once you have confirmed the voltage of your circuit using Ohm’s law, calculate the power for each bulb.Finally, take a screen shot or save the circuit file to your computer. (To create a screenshot on a PC, press Alt-PrintScreen (Alt-PrtScrn) on your computer keyboard, and then paste the captured image into a document file; if you use a Mac, then pressing Command-Shift-3 will capture a screenshot).Table 2: ParallelResistance (ohms)Current (amps)Voltage calculated(Volts)Voltage measured(Volts)Power(Watts)123