The given charts show a clear correlation between school-going children falling sick due to soaring temperatures in the central US states. The bar graph illustrates figures of illness in each month throughout the year during a sporting event, whereas the line graph clearly depicts the average temperature recorded for the same period.
Now, turning to the details, it is evidently clear from the bar graph that the second half of the year has more cases as compared to the first. To justify, there were no more than 5 cases recorded in any month from January to June; however, the same went up to almost 70 in August. In like manner, the thermal reading was maximum in the months of July and August, as can be seen from the line graph, between 90 to 70 degrees Fahrenheit. Hence, it is crystal clear that the pinnacle of the bar and line chart is held in August and July respectively, portraying a direct connection.
Moving ahead, the line chart represents a gradual increase from January to July, which somewhat contradicts the statistics of the bar chart. To exemplify, the reading on the scale for January is around 15 to 35 Fahrenheit, which slowly rose to 50/80 in May as shown by the two different lines on the figure, but there were zero cases in February and May as per the bar chart. On the other hand, both the charts converge in a similar manner from August to December.