PH220.Lab_Instructions (1).odt Lab1.odt Tutorial_instructions_1.docPH220B_Lab_Project_Answer_Sheet (2).docMotion Lab1 (Seetextbook pages 36-39, Chapter 2, Lesson 2) involves the graphicalanalysis of velocity.  This simulation can be downloaded fromGrantham’s Website under PH220. Simulations”; its file name is“EXP #1 C1 IP.ip”. Fill in the data table, and answers for theblanks and complete the graph (properly labeled and annotated) in theLab Answer Sheet at the end of this lab. Runthe simulation.  You will use the data from the “Time”and “position” measurement tables to fill in the data table belowat the indicated times.  Then graph the data on the graph paperprovided (Lab Answer Sheet) in order to construct a d-t or x-tgraph.  Calculate your answers onto the Lab Answer sheet to behanded in after all seven (7) labs are completed.  Graph,analyze, and annotate your data from your data table on the graphpaper provided on your Lab Answer Sheet. 

Capacitance and Capacitive ReactanceAnalysis:Watch video entitled “Module 2 – Capacitive Reactance”For Laboratory Application Assignment on pgs. 529-530 examine Fig. 17-18a, Fig. 17-18b, Fig. 17-19a, and Fig. 17-19bPerform all calculations related to Fig. 17-18a and Fig. 17-18b in “Capacitive Reactance, Xc” sectionPerform all calculations related to Fig. 17-19a in “Series Capacitive Reactances” sectionPerform all calculations related to Fig. 17-19b in “Parallel Capacitive Reactances” sectionScan all calculations showing all work in a file called “Lab2_Analysis_StudentID”.Upload file “Lab2_Analysis_StudentID”Simulation:Construct the circuit in Fig. 17-18a with MultiSIM.Take all required measurements related to Fig. 17-18a in “Capacitive Reactance, Xc” sectionCapture a screenshot of measured values and paste into a Word document entitled “Lab2_Simulation_StudentID”Construct the circuit in Fig. 17-18b with MultiSIM.Take all required measurements related to Fig. 17-18b in “Capacitive Reactance, Xc” sectionCapture a screenshot of measured values and paste into the Word document entitled “Lab2_Simulation_StudentID”Construct the circuit in Fig. 17-19a with MultiSIM.Take all required measurements related to Fig. 17-19a in “Series Capacitive Reactances” sectionCapture a screenshot of measured values and paste into the Word document entitled “Lab2_Simulation_StudentID”Construct the circuit in Fig. 17-19b with MultiSIM.Take all required measurements related to Fig. 17-19b in “Parallel Capacitive Reactances” sectionCapture a screenshot of measured values and paste into the Word document entitled “Lab2_Simulation_StudentID”Answer all questions in the “Capacitive Reactance, Xc”, “Series  Capacitive Reactances”, and “Parallel Capacitive Reactances” sections in  this same document.IMG_0205.JPGIMG_0204.JPG

Discuss how OSHA’s Field Operations Manual could be used by an organization’s management to improve the management of its safety and health program.Your response must PLAGIARISM FREE, be at least 200 words in length. APA format, all sources used, must be referenced; paraphrased and quoted material must have accompanying citations.Due by 7 Oct 13