MHA 507 Week 1

MHA / 507

Case Study Report

When it came to colleting data for specific case of people who were infected with a dangerous virus it is in the previous page. So, since your organization has a curiosity for knowing the population most affected this enables you to give the necessary resources to the needed population. When it comes to collection of data then a chart must be created so that it may be easier to understand and a quick reference for information so a report may be formed.

Top 5 highest cities

In the United stated, in the month of April, 39 cities in the United states there was a report of individuals which came into contact with dangerous viruses. There were five cities that had a high level of infections that involved; Houston with 272, Austin with 281, Phoenix with 289, Miami with 299, and Jacksonville with 322. When it came to the highest amount of infectious disease then it went higher then 250 but the report involved 3 people to 322.

What is the prevalence rate per 100,000 people?

When it comes to a prevalence rate then it would be .003 which is equivalent to 322 out of every 100,000 people. When it comes to Miami it is .003 which is equivalent to 299 out of 100,000. When it comes to Phoenix it is .003 which is equivalent to 289 out of every 100,000. Austin is .00281 and Houston is .00272.

More chart information

When it comes to getting more information from the chart is that 17 cases had over 100 case within a city. Seven cities luckily had under 10 cases if infection. But luckily there was a city which was Omaha with 3 infected people but compared to Texas had one of the most infectious people.

Conclusion

Creating a bar graph is something that helps a lot when it comes to having questions and when it comes to referencing information. Referencing information is what helps most with bar graphs because it makes it easier for people to reference. But in this world, there is always data that will be needed for a full graph. But people being infected is spreading and needs help.

References

How to Interpret a Statistical Bar Graph. (n.d.). Retrieved from https://www.dummies.com/education/math/statistics/how-to-interpret-a-statistical-bar-graph/

People infected with a dangerous virus

Jacksonville 4/14/2017 Cases 322 Miami 4/28/2017 Cases 299 Phoenix 4/2/2017 Cases 289 Austin 4/17/2017 Cases 281 Houston 4/27/2017 Cases 272 San Diego 4/2/2017 Cases 258 New Orleans 4/10/2017 Cases 248 Mesa 4/11/2017 Cases 231 Atlanta 4/9/2017 Cases 220 Long Beach 4/9/2017 Cases 215 Los Angeles 4/2/2017 Cases 201 New York 4/24/2017 Cases 189 Fresno 4/23/2017 Cases 187 Las Vegas 4/27/2017 Cases 146 Tulsa 4/13/2017 Cases 127 Tucson 4/24/2017 Cases 114 San Jose 4/23/2017 Cases 109 Fort Worth 4/29/2017 Cases 98 San Antonio 4/7/2017 Cases 95 Oakland 4/28/2017 Cases 84 Dallas 4/24/2017 Cases 83 Wichita 4/25/2017 Cases 83 San Francisco 4/9/2017 Cases 76 Seattle 4/12/2017 Cases 65 Washington, DC 4/3/2017 Cases 61 Albuquerque 4/2/2017 Cases 51 Sacramento 4/17/2017 Cases 51 Kansas City 4/14/2017 Cases 38 Detroit 4/28/2017 Cases 35 Memphis 4/25/2017 Cases 31 Denver 4/2/2017 Cases 30 El Paso 4/28/2017 Cases 29 Boston 4/13/2017 Cases 28 Baltimore 4/24/2017 Cases 26 Nashville 4/24/2017 Cases 23 Charlotte 4/10/2017 Cases 19 Portland 4/2/2017 Cases 18 Louisville 4/2/2017 Cases 17 Columbus 4/9/2017 Cases 14 Chicago 4/27/2017 Cases 14 Milwaukee 4/7/2017 Cases 12 Arlington 4/12/2017 Cases 11 Oklahoma City 4/27/2017 Cases 11 Minneapolis 4/3/2017 Cases 9 Raleigh 4/12/2017 Cases 8 Indianapolis 4/11/2017 Cases 7 Philadelphia 4/24/2017 Cases 5 Colorado Springs 4/29/2017 Cases 5 Virginia Beach 4/10/2017 Cases 4 Omaha 4/2/2017 Cases 3