Perform an analysis of overtime paid by department and month…

Perform an analysis of overtime paid by department and month for the City of Chicago. Use Excel to create visualizations showing the following: 1. Departments with the five highest total overtime.2. The monthly trend of overtime for the department with the highest total overtime.3. The employees with the five highest overtime totals for the year in the department with the highest amount of overtime. Download the Excel file.   If the above Excel file download does not work for you, please access the file directly from my SharePoint: Shared Files

I have neither witnessed nor participated in any dishonest w…

I have neither witnessed nor participated in any dishonest work during this exam.  I did not use any source material (other than the Lab Values sheet) during the exam I followed proctoring guidelines (no beverages, sunglasses, hats, headphones) I did not have any other electronic devices near me during the exam I did not (and will not) share or receive information about the exam  My face is on camera (in Honor Lock) during the entirety of the exam) If you have witnessed or participated in any dishonest work, please report this information to Dr. Ingalsbe. Your information will remain confidential.  Evidence of dishonest work will result in a score of 0 for the exam. YES- I completed the exam with academic integrity and did not witness or participate in dishonest work. NO- I did witness or participate in dishonest work and plan to email Dr. Ingalsbe.

15 Points Einstein is holding a 5.0 kg dumbbell in each hand…

15 Points Einstein is holding a 5.0 kg dumbbell in each hand (Figure 1) . He is set rotating about a vertical axis, making one revolution in 2.0 s. His moment of inertia (without the dumbbells) is 3.0 kg-m2 when his arms are outstretched, and drops to 2.4 kg-m2 when his arms are pulled in close to his chest. The dumbbells are 1.0 m from the axis initially and 0.20 m from it at the end Determine the Moment of Inertia of Einstein with the Dumbbells when his arms are outstretched and when they are pulled close to his chest Determine the angular velocity of Einstein Before and After Determine the Kinetic Energy Before and After (Is energy conserved?  Explain)

15 Points A uniform horizontal beam of mass M = 6.3 kg and l…

15 Points A uniform horizontal beam of mass M = 6.3 kg and length 6 m is attached to a wall by a hinge. Its far end is supported by a cable that makes an angle of θ = 30° with the beam and it provides a tension T. A box of mass m= 2.1 kg also hangs from the beam. The box of mass m is a distance of 5 m to the right of the hinge. What is the tension T in the cable? What is Nx, the horizontal component of the force the hinge (or pivot) exerts on the beam? What is Ny, the vertical component of the force the hinge (or pivot) exerts on the beam?