Please answer all please please answer super fast it's very important ### Categorizing COVID-19 Case Trends by StateWe will categorize states in **green** colors as states where cases are going down, states in **yellow** as states where cases are leveling off, states in **red** or **orange** as states where cases are going up, and states in **grey** as states with no data.#### Questions:1. **What proportion of states have cases that are going down?**2. **What proportion of states have cases that are leveling off?**3. **What proportion of states have cases that are going up?**4. **What proportion of states have no data?**#### Task:5. **Create and sketch a bar graph displaying this information. Properly label your graph.****Note:** Include Washington DC and the other territories in your calculations.This exercise assists in understanding the trends in COVID-19 cases among different states and represents a visual summary through a bar graph. ### 9 Places Are At The Highest COVID-19 Risk Level**Data as of July 25**#### OverviewThe map provided in this report shows the different COVID-19 risk levels across the United States, displaying each state's level of outbreak using four color-coded hexagons:- **Red:** 25+ daily new cases per 100,000 people (unchecked community spread)- **Orange:** 10-24 daily new cases per 100,000 people (escalating community spread)- **Yellow:** 1-9 daily new cases per 100,000 people (potential community spread)- **Green:** <1 daily new case per 100,000 people (close to containment)#### Risk Levels:The highest risk states are highlighted in red due to having 25 or more daily new cases per 100,000 people, indicating unchecked community spread. The medium-risk states are marked in orange and yellow, while the low-risk states, which are close to containment, are shown in green.#### The Highest-Risk Places Include:Here is a detailed list of the states currently at the highest risk level, based on the average number of new cases per day over the past week:- **Arkansas** - **Risk Level:** Red - **Average This Week:** 1,824 new cases/day - **Per 100K:** 60 per 100K - **2 Week Trend:** +162% - **Louisiana** - **Risk Level:** Red - **Average This Week:** 2,414 new cases/day - **Per 100K:** 52 per 100K - **2 Week Trend:** +238% - **Florida** - **Risk Level:** Red - **Average This Week:** 10,452 new cases/day - **Per 100K:** 49 per 100K - **2 Week Trend:** +208% - **Missouri** - **Risk Level:** Red - **Average This Week:** 2,417 new cases/day - **Per 100K:** 39 per 100K - **2 Week Trend:** +70% - **Mississippi** - **Risk Level:** Red - **Average This Week:** 911 new cases/day - **Per 100K:** 31 per 100K

Data are given for different states of Washington DC and other territories.

We will categorize states in green colors as states** where cases are going down, states in yellow as states** where cases are leveling off, states** in red or orange colors as states where cases are going up, and states** in grey as states with no data. (a) What proportion of states** have cases that are going down? (b) What proportion of states** have cases that are leveling off? (c) What proportion of states** have cases that are going up? (d) What proportion of states** have no data? (e) Create and sketch a bar graph displaying this information in the image above. Properly label your graph.

We will categorize states in green colors as states where cases are going down, states in yellow as states where cases are leveling off, states in red or orange colors as states where cases are going up, and states in grey as states with no data. (a) What proportion of states have cases that are going down? (b) What proportion of states have cases that are leveling off? (c) What proportion of states have cases that are going up? (d) What proportion of states have no data? (e) Create and sketch a bar graph displaying this information in the image above. Properly label your graph.

Holt Mcdougal Larson Pre-algebra: Student Edition 2012

1st Edition

ISBN:9780547587776

Author:HOLT MCDOUGAL

Publisher:HOLT MCDOUGAL

Chapter11: Data Analysis And Probability

Section11.2: Box-and-whisker Plots

Problem 2E

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