Reference no: EM131383443
Community Policing Future Outlook
You are tasked with developing a PowerPoint presentation that explores the potential changes (i.e., challenges and advantages) that could impact community policing in the future. You are expected to explore this topic from the perspective of a criminal justice agent working in the field of criminal justice.
Using what you have learned throughout the course about the history of community policing, community dynamics and involvement, implementing community policing, community policing partnerships, community policing strategies, gang control, violence and terrorism prevention, and future community policing outlooks, develop a PowerPoint presentation that explores the potential challenges and advantages of forecasted changes in community policing. The slides should contain and address the following components:
title slide (course title,presentation title, name of the presenter);
brief overview of current community policing strategies;
potential changes (challenges and advantages) that could impact the sustainability of community policing in the future;
potential challenges related to changes in community policing;
potential advantages related to changes in community policing;
potential solutions for addressing changes in community policing;
justification for proposed solutions;
plausibility and logistics of the implementation of the proposed solutions;
anticipated impact of the forecasted changes (challenges and advantages) on the sustainability of community policing; and
references.
This presentation will need to be a minimum of 10 slides. There must be a minimum of one slide for each of the required components of your outline. The information provided on each slide must clearly address the required component that is being presented on the slide.
At least three sources must be cited in APA format throughout the PowerPoint presentation. At least one of the citations must come from peer-reviewed sources (e.g., academic journals). All references used in the PowerPoint presentation must also be cited on the references slide. Do not include any references on the reference slide that were not cited in the PowerPoint presentation.
Reference
Miller, L. S., Hess, K. M., & Orthmann, C. H. (2014). Community policing: Partnerships for problem solving (7th ed.). Clifton Park, NY: Delmar Cengage Learning.
Find and identify the conserved momentum
: Obtain Lagrange's equations. Show that φ is a cyclic coordinate and find (and identify) the conserved momentum pφ.
|
Calculate the strain the charge and the capacitance
: The force acting on it is 5 N. The charge sensitivity of the crystal is 150 PC/N, its permitivity 12.5 x 10-9 F/m. If the modulus of elasticity of the crystal is 12 x106 N/m2, calculate the strain, the charge, and the capacitance.
|
Find the conserved momentum
: Take polar coordinates r, θ as generalised coordinates and obtain Lagrange's equations. Show that θ is a cyclic coordinate and find (and identify) the conserved momentum pθ.
|
Phase of the performance management process
: The employee and the supervisor both have important roles during the performance execution phase. Briefly explain each party's responsibilities in this phase of the performance management process. Provide examples of what can occur when either pa..
|
Explores the potential challenges-advantages of forecasted
: You are tasked with developing a PowerPoint presentation that explores the potential changes (i.e., challenges and advantages) that could impact community policing in the future. You are expected to explore this topic from the perspective of a cri..
|
Calculate voltage output and charge sensitivity
: A quartz PZT crystal having a thickness of 2 mm and voltage sensitivity of 0.055 Vm/N is subjected to a stress of 1.5 MN/sq.m. Calculate voltage output and charge sensitivity.
|
Assignment - motivation and performance management
: Assignment: Motivation and Performance Management. Compare the difference between job satisfaction and organizational commitment. Determine which is more strongly related to performance for your selected company
|
What is the value of u
: Show that this force can be represented by the time dependent potential U = - f (t)W(r). What is the value of U when F = f (t)i ?
|
What is the angle turned through by the hoop
: The system is at rest when the bug starts to run. What is the angle turned through by the hoop when the bug has completed one lap of the hoop?
|