Effective Leadership and Management Essay Example | Topics and Well Written Essays - 2500 words

Effective Leadership and Management - Essay Example Leadership skills direct everyone in the group towards the same direction and harness their efforts collectively. Leadership is about energizing the people towards a goal and does contribute significantly. Therefore in simple terms, it can be said that leadership is the ability of an individual to influence a group or an individual in a cooperative manner that helps in achieving the organizational goals. Leaders are seen and expected to have excellent skills for maintaining human relations. Human relation is the term that signifies how well an individual can adjust with each other while working in a group. Groups that work well together, has respect for each other and have an understanding between them surely perform better than any other group that is characterized by hostility, misunderstanding, negative feeling and lack of respect between the members (Burrow, Everard and Kleindl, 2007). Hence, it becomes necessary that the leadership skills are there in every group, which will dri ve others to achieve the goals and objectives of the organization. Thus, leadership is the key factor that leads to the success of the group. Management The term management is defined as the process of supervising and conducting a work in an efficient and effective manner to its completion through other people. In this definition, the term process refers to the primary activities of the manager. Efficiency and effectiveness deal with what the team is doing and how it could and will be done. Efficiency is about conducting the task in a correct manner and maintaining the relationship between outputs and inputs. For example, in cases where the output is more than the given effort, it referred as increased efficiency. Increase is efficiency is also signified by same output from fewer numbers of resources (Denning, 2013). Hence, good management is concerned about achieving the goal in an efficient and effective manner, thereby minimizing the cost involved in the resources. The components of management processes are planning, organizing, leading and controlling. Planning is the component that covers defining the organizational goals, creating a strategy with the aim at accomplishing these goals, developing the hierarchy plan and coordinating the whole process for achieving these goals. Organizing includes helping the individuals to identify their tasks, ascertaining how and by whom the task will be accomplished, who will be coordinating the whole activity and how the decision making will be done. Leading is the process of guiding and getting the work done. This is the process where the managers will aim at motivating the employees, direct the activities, selecting the effective communication channel and resolving the conflicts that the group members may have. The last step is controlling which is concerned with the monitoring the performance of the employees and the actual performances are compared to the set goals. On the basis of monitoring, rectifications are mad e if any deviation is found in the actual performance from the expected one (Robbins, et al., n.d.). Relationship between Leadership and Management Management and leadership cannot be separated. Regardless of locations, whether it is a school, factory, village, city, country, province or an organization, people with leadership rights are entitled to the management rights too. A leadership process certainly includes all the management proces

Living religion is not so much about where we finally arrive, but how Essay

Living religion is not so much about where we finally arrive, but how we move there - Essay Example The Native American Individuals had no plans of worshiping and reverenced when they were bemused by something in life. They continually changed their doctrines guiding their religion to match with the changing environment. Judaism is considered a way of people’s life. It is a living religion, since it is made up of the society, adoration and holidays. The Jewish religion thrived where there was the presence of a Jewish individual. The religious services were lively when the Jews assembled for the purposes of worship. The Judaism holidays enabled the Jews to stay connected through out the year seasons. Buddhism is an antique religious conviction practiced by the Egyptians and the Greeks. Buddhism is a living religious conviction as it is published in books and the internet. The teachings of the Buddha are applicable by the contemporary Buddhists in their daily activities in the society. Individuals still strive to apply the values of the ancient Buddha. Buddhism understands the suffering, which is part of human life contrary to other religions blaming suffering on other causes. Hinduism is the oldest creed in the universe. Its ideologies are based on the facts that everyone garners the fruits of his labor. It is based on the external truth as written in the scriptures. The religion lacks a common founder leading to conflicting ideologies spread by various groups. It is based on Gods’ involvement in the daily activity of an individual. There are several living teachers of Hinduism, hence, it is considered as a primeval living religion. It is a living religion as it evolves to match individual religious demands. Christianity has expanded to increase its number of followers. It treats all its followers as equal and is proof to the miracles, truths, peace and love in its doctrines. Christianity has never changed its religious inceptions or doctrines and is forever in a stable state of evolution. Islam is a living religion as

Crime Scene Reconstruction Essay Example for Free

Crime Scene Reconstruction Essay It has moved beyond a physical barrier allowing analysts to dissect the crime scene to identify evidence often missed simply walking through the traditional steps of sketching. There is now the opportunity for anyone to revisit the crime scene the next day, next week, or years from now. This is an important the crime scene leaving nothing to the Jurors imagination. According to the Department of Safety for the State of Connecticut, forensic crime scene reconstruction is the process of determining the sequence of events about what occurred during and after a crime (Department of Public Safety Scientific Services, 010). Crime scene reconstruction normally starts ideas of what happened during the crime and then moves to an analysis of the evidence at the scene. It focuses on gathering as much data and evidence to form a valid hypothesis. The hypothesis can then be subjected to various tests to prove or disprove the overall interpretation of the reconstruction. Once the reconstruction is formalized a theory can be determined in support of the reconstruction. There are three types of crime scene reconstructions. They are specific incident reconstruction, specific event reconstruction, and specific physical evidence reconstruction. Specific incident reconstruction involves reconstructing a crime scene where an accident or incident occurred. This will be needed during such incidences as traffic accidents or homicides. The purpose is to identify the types of evidence that can be associated with these incidents. Using specific event reconstruction, the sequence of events or timelines can be established. This form of reconstruction looks at how all of the pieces of the puzzle fit together. With specific event reconstruction the sequence of events can be determined. The final type of reconstruction is specific physical evidence reconstruction. This involves evidence such as blood and bullets. Through reconstruction of blood splatter, it can be determined where the shooter was standing during a homicide. It will also help identify the location of the bullet if it is exits the body of the victim. Capturing the crime scene is an important part of the crime scene reconstruction process. Typical methods include sketching the crime scene using graph paper and a pencil or taking photographs from a digital camera. Both of these methods do provide a snapshot of the crime scene for preservation but, they do not capture the scene in its entirety. A sketch will note measurements of physical evidence in their relation to the victims body or to such items as furniture and doorways. However, it is completely relying on the investigator to supply accurate measurements and identification of the physical evidence. Using 3D technology, the entire crime scene can be analyzed for accurate measurements at anytime. An advantage that 3D technology has over other methods of crime scene reconstruction is that it can preserve the crime scene in a moment in time. This is vital if the scene is in a populated area and needs to return to its natural state as soon as possible. Think about a crash scene involving two vehicles on an expressway in Los Angeles during rush hour that resulted in a fatality. The time it takes to clear the scene is a very important variable when collecting the evidence. Under these conditions, there may be evidence that goes unnoticed by an investigator that is sketching the scene. Not to mention the time that it takes to do physical measurements. Using 3D technology can allow the investigator to collect the data and have confidence that nothing will missed. In order to capture a crime scene in its entirety multiple scans of the scene must be considered. The collection of data comes from only the viewpoint of the investigator. Consider capturing the image of an automobile. If we were to stand at the front of the automobile we would not be of the automobile to in order to collect a complete image. One tool used to collect 3D images from a crime scene is a calibrated digital camera. It uses a technology called stereo photography. Standard photographs are only 2-dimensional representations of what you see. 3-dimensional photographs are taken from two perspectives. Because we have two eyes, we will need two perspectives on a scene. By forcing each eye to see only one photograph, i. e. the left eye sees the left photograph and the right eye sees the right photograph, your brain will reconstruct the depth information from the two pictures and you will see a 3D image (3dphotography, 2010). The use of calibrated digital cameras allows the viewer to see the image as it would have been seen by the individual taking the pictures. When multiple photographs are combined, a reconstruction of the scene is created. Another tool that is used to collect 3D images from a crime scene is a 3D scanner or laser. A 3D scanner is known for high-accuracy and long range. Most 3D scanners can collect data from 900 feet away. It can operate in bright sunlight or total darkness, indoors or out. The built-in digital camera allows the measured 3D data (known as a point cloud) to automatically be mapped creating a 3D rendering of the scene (3D Forensic Mapping, 2010). The 3D scanner quickly digitizes a scene using both panoramic photography and 3D laser scanning which is the process of making millions of highly accurate measurements in Just a few minutes. The result is an accurate 3D representation of he scene from which any measurement can be made, even long after the scene has been vacated. Whether using a calibrated digital camera or a 3D scanner, it is time to create a 3D model of the data. The models are assembled in 3D animation software. This is when the data that was collected at the crime scene is put into the software. In the case of the using a calibrated digital camera, each pixel is assigned a coordinate. The coordinate is made up of XYZ; where X is an Easting coordinate, Y is a Northing coordinate, and Z is the elevation. The pixels or coordinates are then lotted on a 3 dimensional grid. If we consider a sketch that is typically performed at a crime scene, it is laid out on a piece of graph paper. The investigator assigns a certain measurement between squares and then plots all the relative items of the crime scene at the respected distance. This would be considered a 2 dimensional drawing where only X Y are plotted. In a 3D plot, it includes the Z value. This gives the 3 dimensional model its depth. So, the multiple photographs taken with the calibrated digital camera are overlaid, assigned a coordinate, and modeled into a 3D image. The 3D scanner is not much different from a calibrated digital camera, although it uses an infrared laser to collect data points instead of pixels. The hardware then assigns coordinates to each data point and the software plots them. A 3D scanner can collect as many as 100,000 data points per second (Oberle, 2009). This creates a huge advantage over using digital camera which can only collect upwards of 8 million pixels with each photo (Patterson, 2010). It would only take a scanner Just over a minute to surpass a digital camera in resolution. At this point, the scene is ready for review. With the combination of photo-like images the software will allow the viewer to spin the images 360-degrees. Looking at the computer screen, you will be able to enter the crime scene as if you were actually there. This can be copied and viewed by anyone with access to the 3D software. It becomes a crime scene, the more likely evidence will not go unnoticed. When reviewing the crime scene reconstruction, measurements can be achieved right from the office. Because each data point is assigned a coordinate, the distance formula can be used to calculate distances between two points. The software includes an algorithm that can quickly calculate the distance between any points selected by the user. Therefore, determining specific physical evidence reconstruction such as blood splatter is made possible back at the office. In blood spatter evidence, the measurements will help calculate the mass of each drop from the size of its stain, and use this to calculate its maximum potential velocity. Air drag would tear apart a droplet if it travelled faster than this limit (Marks, 2010). With that information, and an angle of impact estimated from the shape of the stain, the software projects a ealistic trajectory backwards in time to locate the origin of the blood spatter.

Research Paper: CalREN Systems

Research Paper: CalREN Systems Introduction: The Corporation for Education Network Initiatives in California (CENIC) projected that they the state of California can achieve greater heights if they give it a better and more improved internet. On April 9, CENIC announced that they had talked with the technology giants and are working on the same project and those partners are going to provide all the hardware and communication technology to create a more robust network for California known as CalREN-2 which would be high performance internet for the California. The high-speed networking hardware such as routing and switching equipment will be provided by Cisco System, Pacific Bell Communications. California Research and Education Network (CalREN) is amongst the most powerful technology tool California has in its sleeves. The network infrastructure is a multitiered network with around 3,800 miles of fiber optic connecting over ten thousand educational and research institutes and universities like California State, Stanford, USC and community colleges to 58 counties of California. The CalREN system is completely owned and monitored by the Corporation for Education Network Initiatives in California (CENIC), a non-profit organization which was established in 1996 by the various education and research communities from California to create a very high bandwidth and efficient solution to networking that would meet the needs of the faculty and all students which belong to these various schools and universities. Goals: CalREN is completely monitored by the CENIC now and has new goals to achieve high quality video conferencing to the classes to let students receive high quality education in real-time at all levels even if the faculty is not currently present in the city, state or nation. This would also connect many scientists around the globe to this existing high bandwidth network. With CalREN, various artists could take live stream classes of the production house from institution like San Francisco Opera from any part of the world. The San Francisco would create an online video classes to students throughout the world and would share these libraries so that all the musicians could learn music via special software or any streaming media. Recently, Los Angeles has also been added to CalREN system in 2016. Backbone: The CalREN backbone provides various capabilities to the network as follows: CalREN-DC: The Digital California is presented for everyday applications like video conferencing, emails, web browsing etc with a bandwidth of 10 Gbps to the students and faculty. CalREN-HPR: The High-Performance Research network which is used for applications with high data needs. This is a high-end network with a speed of 40Gbps. CalREN-XD: The eXperimental/Developmental network is a support network to other services for network research in universities like University of Southern California, Advanced Computing Research at Caltech etc. This is to have a focused perspective on research and innovation on the network.   Ãƒâ€šÃ‚   Backbone image from, http://cenic.org/network/network-maps The Central Valley Next Generation Broadband Infrastructure Project (CVNGBIP): The Central Valley Next Generation Broadband Infrastructure Project (CVNGBIP) was implemented to provide internet connectivity in 18 counties. Only 8% of the nations agricultural output is produced by the central valley. This kind of a strong and robust infrastructure network was implemented because central valley was still not completely connected to the internet. This was possible because of a vision in mind next generation connectivity where people living in those counties can learn things in a different way leaving the traditional way of learning behind where people used to ask each other for tips and methods. This is when two organizations CENIC and Central Valley Independent Network (CVIN) came together forming a joint venture making this like a dream come true and provide a better future to the people. The service also aims to keep the cost of the internet service as low as possible to help the schools, universities hospitals etc. to take as much as profit they can. The project was funded by NTIA (70%), California Public Utilities Commission (CPUC)s CAS Fund (10%) and the rest form other parties and the total amount is to be estimated at around 66 million involving 1,371 miles of cabling and connecting businesses together. California Library Initiatives: There are various initiatives by the California libraries. Video conferencing, emailing, and public research to schools and colleges are enhancing the learning possibilities at higher level. Many benefits and innovative ideas are initiated at the Public libraries making them abundant possibilities to achieve more in the coming future. Therefore, merging these libraries with CalREN would be an addition to the feature and service provided in digital age where everything and everyone is connected. Pacific Research Platform (PRP) initiative: Pacific Research Platform (PRP) is an initiative carried forward by UC San Diego and Berkeley which would help the college network for data access to be much faster than it is today within a few years. There is also a 5 million dollars funding for the initiative from the National Science Foundation (NSF). this would help the PRP with this grant. Quality of Service (QoS): Quality of Service (QoS) is the service provided by the network service provider that would affect the overall accessibility of the computer while performing certain task related to the internet connectivity. It is generally used to measure overall network performance over few characteristics like bandwidth, transmission delay etc. CalREN is a very high bandwidth network that provides is vital services to various research institutes throughout California hence, making quality of service a very important aspect to CalREN system. 100 Gigabit Ethernet connections: To achieve superfast speed for faster data travel, we need a higher capacity bandwidth. This is all possible by implementing and installing 100 Gigabit Ethernet connections that support lightning fast transmission over fibers or over the air. This is achieved with framerate of 100 gigabits per second bandwidth providing services to laboratories and research centers where there are supercomputers that can use this huge capacity bandwidth along other big facilities. A supercomputer in San Diego is using this speed and is connected to CalREN system. Network Operations Center (NOC): Network Operations Center is a building or a place where all the network connections are monitored, managed and if possible or need arises are also troubleshoot so that to avoid any possible chances of network failure or unavailability of the service. CalREN uses a multitiered network as we discussed earlier that allows access to many universities and research centers throughout California. This is where NOC would play important role in the system to manage and troubleshoot the network in any such cases. Applications for CalREN: On march 2006, at the CENIC workshop, iGrid showcased and important application of CalREN to the people. It was an experimental real-time broadcast of very high quality 4K video that was very much improved over our conventional televisions. They were also awarded networking innovation award. There was an issue with the video over the internet protocol on the CalREN-DC network. To trouble shoot the problem they adapted the new codec for the video broadcast throughout the CalREN system. Since the new codec was transmitted through packets, high quality of service was a concern which can be overlooked if we use the CalREN systems high speed network. K20 Video: CalREN is supporting this project by providing high speed internet connections. K20 video is an adaptation of video conferencing technology throughout the state with the collaboration of all K12, University of California and California State University sites. This is achieved by improving the distance learning scheme by providing high quality video services to all the students and faculties. End-sites connected to CalREN-DC network: There are 34 end sites to the CalREN-DC network. Everyone are using optical fiber for their access technology. The capacity provided to the end-sites is more than sufficient as we can see that some of the sites are underutilized and need proper resource management as most of the resource are wasted. End-sites connected to CVNGBIP network: There are many things that are carried forward in the fields of health care, business and residential with more than 63000 access lines. they are also using optical fibers for their access technology. SLA performance guarantees of CALREN: The SLA performance guarantees are as of November 2006. Implementing ticketing system to the educational institution with 99% availability. Various means of deployment would be assigned and operations to be performed to avoid outages. The jitter form central point to Los Angles for round-trip time should not be over 80 ms in 5 minutes. SLAs will be forced in all regions of network deployment such as fibers, routers etc. and use third party equipment to solve the problem.The problem can also be rectified by mailing to [emailprotected] to choose appropriate actions necessary. All the performance guarantees seem reasonable as there is a definite time to resolve any issue and rectify the problem using the ticketing system that is very efficient everywhere in communications business. Hierarchy in CalREN: CalREN is a multitiered network with 3 tiers. CalREN-XD with experimental or developmental abilities, CalREN-HPR for big applications and CalREN-DC with 10gbps bandwidth for research institutes and video conferencing uses. The CalREN-DC would consist of 3 level hierarchy network as a final design. One will be hub sites following with level two as nodes sites and all these node sites connected to CalREN infrastructure where all the schools, colleges and universities will be connected to each other for information Backbone Locations: The backbone locations for the CalREN are Corning, Sacramento, San Francisco, Oakland, Fergus, Sunnyvale, Fresno, Soledad, Bakersfield, San Luis Obispo, Riverside, Los Angeles, Tustin, and San Diego. Most of the sites are reasonable but Tustin could be dropped as it can share resources from either of the two Los Angeles or Riverside. In future, maybe we can add San Jose or Palo Alto as it is booming in I.T infrastructure and the data availability would be much more and easy to troubleshoot. CSUEB to CalREN: Following are the links that connect CSU East Bay to CalREN: Link Speed Average Utilization [eb-csu] 10G DF to svl-agg4 Te0/7/0/4.212 CLR 6378 10 Gbps 9.8% [eb-csu] 10G DF to oak-agg4 Te0/4/0/7.208 CLR-6366 10 Gbps 10.3% To take full advantage of the bandwidth we could start features like online classes where a student could also attend classes if he/she is sick and cannot be physically present at the lectures or this could be also helpful to the students who need accessibility services. Also, keeping the bandwidth use in mind, we could also upload our video presentations over the network that could be asked to be rated or grades accordingly by our classmates. Comparing CalREN2 with SoX: Southern Crossroads (SoX) is an organization that provides high capacity internet service with global connectivity in Atlanta. It serves with internet2 to provide international research access.by the help of its supporters, SoX can implement a very low cost internet service in the whole Atlanta area. Comparing it to CalREN, SoX supports k-12 education as well as federal agencies in the united states. Similarly, CalREN is also powering research in various field in networking and development for the institutes. Conclusion: The CalREN system is an excellent design and the robust characteristic makes it a strong and better solution to form of higher level learning with technology. Few Strengths of CalREN is that the infrastructure is focused on various educational institutes and research facilities. Helping public libraries join CalREN is a brilliant step towards achieving that goals per the situation. CalREN also has few weaknesses amongst itself. We have seen that the backbone supports the CalREN which is a good thing but most of the links are underutilized which can be improved drastically over a period. Few of the resources could also be shared among sites which are close to each other saving expensive resource. References: http://www.cvngbip.org http://cenic.org/network/library-initiative http://cenic.org/files/publications/2011-13CENICAR.pdf http://en.wikipedia.org/wiki/100_Gigabit_Ethernet https://en.wikipedia.org/wiki/Network_operations_center http://www.sunnycv.com/steve/local/pacific/art980408.html http://cenic.org/network/network-maps http://cenic.org/network/service-level-expectations http://prp.ucsd.edu/ http://www.sox.net/about-us/ https://intermapper.engineering.cenic.org/CENIC%20-%20DC%20Backbone%20Overview/document/_/full_screen.html

Satire :: essays research papers

Country vs. Court There are many different ways to reveal one's perception of society. In art for instance, the reflection may be revealed in the form of a sculpture, a song or a picture. Satire is one the ways that the reaction or perception of life is expressed. People look at life from different stand points, as matter of fact, they naturally perceive it in numerous ways. As a result of the variety in perception, the way of revealing the effects or reflections of these perceptions also shows variety. In the satiric work of Jonathan Swift’s â€Å"Gulliver’s Travels† and George Orwell’s â€Å"Animal Farm† both authors make a distinction between country vs. court or in Orwell’s case, country (people) vs. government. Gulliver's first adventure takes place in Lilliput. Gulliver gets shipwrecked and finds himself tied down by a considerable number of little people called Lilliputians. The Lilliputians stood only six inches high. During this time Swift recognized that England was also small in stature but was dominant force and had a great influence in Europe. England, despite its small size, had the potential to defeat any nation that might try to conquer them. Swift relates this situation with the Lilliputians. They only stood six inches tall but had the power to take on the, "Man-Mountain", Gulliver. The ability of the Lilliputians to capture someone ten times their size can be seen as reinforcing their strength as a small nation, such as England. Thus becoming and remaining a great and powerful country. Swift further illustrates satire of the country vs. court distinction by comparing English government to Lilliput. In the early eighteenth century, the English government was under the Whig's political party. Swift represented himself as Gulliver as being a Tory, and the Lilliputians as being power-hungry Whigs. Their heels of their shoes identified these parties. In Lilliput the High-Heels represented the Tories and the Low-Heels represented the Whigs. George I favored the Whigs, so the Lilliputian emperor favored the Low-Heals. But the Prince of Whales favored both parties, and thus the Lilliputian heir to the throne wore one High-Heel and one Low. When Gulliver started learning about the Lilliputians government he noticed that their government officials were chosen by rope dancing. To Gulliver and the reader these practices seem ridiculous and idiotic, but to the Lilliputians they see these practices as normal. Swift uses this scene to satire the British government at this time.

ICT Package :: ICT Essays

Clear Problem: - Company: Doctors Surgery Relocating: Kingston Needs: To keep all the patients details on a computer data base with appropriate back up system. Real User: Dr Steer Accessibility: This is strictly confident to Dr Steer only Solution: - This is a small but established surgery but has decided to go paperless. We have grown over the years and can no longer rely on our manual papers because they are simply getting too big. The move to new premises means we can set up the ideal ICT package tailor made for our needs. 1. To keep a details of the patients. 2. To enable accurate details on the patient. 3. Easy to access it as well. Objectives: - 1. Create a patient detail list with any long term diseases or medical formalities. 2. I will use access to produce an easy program for the doctor to use. 4. To enable a quick analysis of the total number of hours worked in a week to see for eligibility of a pay rise. 5. The system is legible, we producible and at the end of the tax year can be used to make the company report and tax declaration. Analyse: - Hardware: I recommend any modern and up to date computer technology, such as Dell. They provide reliable machines with easy ability to upgrade and excellent support service. It will need to have a CD-RW and a ZIP drive to enable the data to be backed up. Software: I need a clear easy to use spreadsheet package. I feel the best is Excel. This choice is based on recommendations and research of other software. The advantages are it is simple, easy and reliable. I will use the most up to date version and Microsoft is constantly updating it. Input: The data clerk will produce and update the date every week. The data is entered via a keyboard and an accounting manager will audit the accounts monthly and do reconciliation. Output: The data entered will be shown on a TFT screen and stored to a CD or/and ZIP. This will be printed off using a laser printer and filled in an accounting folder. Back up- Strategy: The accounts will be needed to be backed up every Friday evening. This is to protect the data from being lost due to a power surge. It will be backed up on disk and be stored in a fireproof safe. Design: - Initial Design: I am going to have a sample table to put my data on. I will draw it in rough first (see enclosed) to see if my initial ideas would work. The columns are headed: Employee number First Name

Art Argument Analysis Essay

Detailed description of design (be sure to include the arrangement of visual elements. Include colors or color scheme; â€Å"black and white† and â€Å"red white and blue are examples of color scheme. Include the interaction of text with imagery. Does the image appear to be spacious, cramped, busy, simple, etc. ; describe in your own terms): There is a gray background, and black words wrapped around a little boy choking him, with abusive and hate words. The colors are very dark which makes it look a bit more serious in my eyes, giving it a deep meaning. The boy makes it sentimental and innocent Detailed analysis of design (refer to text pages 673-687 for examples) The design is to give off a more serious tone and to grab a reader’s attention. This is a piece I don’t think I will ever forget because the way it is set up is genius. It has the crying boy in the middle to attract the audience then the hand of words choking the crying boy to keep the audience’s attention. It truly makes a person sit down and think about how words affect everyone and just like the caption says â€Å"Your words have power use them wisely† that quote just sums up the whole photo. Purpose (this is the purpose you believe the author/advertiser had in mind when he/she created the advertisement or work of art – the project may have more than one purpose). The main purpose of this picture is to bring awareness of verbal abuse and how it affects everyone around you. Argument Presented in the image Words affect everyone not just adults, even young children. Personal Comments on the overall effectiveness or the rhetorical strategies used I think that this was a great piece, and the photographer really knew what they were doing when they took this shot.