DIRECTIONS:The treatment of chronic pain conditions, especially muscle pain within the medical field, presents multiple problems and complications. Studies have placed the prevalence of chronic pain in the United States from 30-33% of the population. Currently, a common medical practice is the prescription of opioid analgesics (painkillers) such as oxycodone, hydrocodone, and codeine to provide pain relief. However, the abuse and addiction to opioid prescriptions has been on the rise.Conduct some research on the pros and cons of using opioid medications to treat chronic pain. As of early 2018, 23 states and the District of Columbia have passed legislation to legalize medicinal marijuana as a treatment therapy for various issues, including chronic pain conditions. Research the pros and cons of medicinal marijuana to treat chronic pain.From your research, what do you perceive to be the better option in treating chronic pain -- prescription opioid medications or medicinal marijuana? Make sure you elaborate on your reasoning with your research, opinion(s) and any other comments you have on this topic. Provide appropriate citations for your resources.ReferenceThe American Academy of Pain Medicine. (2018). AAPM Facts and Figures on Pain. Retrieved from http://www.painmed.org/PatientCenter/Facts_on_Pain.aspx#incidence It will be 2 full pages (don't keep above or less)Sample and instructions attached

There are 2 parts to this lab, static friction (Links to an external site.) and kinetic friction (Links to an external site.).For static friction find the largest angle before slipping. There are buttons for large and small changes to the angle. There is also a button to stop the mass (remember, once moving, static friction becomes kinetic). Pressing the "Check" button will tell you if you have the correct angle or not - once you find it, the controls are replaced by a data download link. Repeat this for each of the 4 orientations.For kinetic friction, you will add mass to the cart via a menu. You need to choose a single value for each of the 6 runs. It needs to be enough to accelerate with Cart+250g. Once you find a good number, start the simulation and download the data - to be analyzed on Logger Pro as we did last time.Go tohttps://www.vernier.com/downloads/logger-pro-demo/ (Links to an external site.)•••The loggerpro demo is being updated... in the meantime:•••MacOSX: http://www.vernier.com/d/mykwv (Links to an external site.)•••Windows7,8,10: http://www.vernier.com/d/lxaih (Links to an external site.)and download logger pro for PC or Mac. Install the program.Run the Logger Pro application. Under the FILE menu, go to the "Import From..." menu item. Choose "Text File..."Then either go to the Analyze menu and selected Curve Fit, or find the Curve Fit button (looks like a U on top of an M).On the curve fit page, choose "Quadratic" and click on "Try Fit", then press OK. Record the value of A ± σA and repeat for the 9 combinations of hanging mass and cart mass.Video Lecture: Watch the discussion (Links to an external site.)DATA ENTRY WEBSITE: https://stemplosion.com/2019_labs.asp?c=0321