Math Question
![In a village, the cases of a particular infectious disease have been exponentially decreasing at a rate of \( 95 \% \) per year since the people started receiving the vaccine. If there were 200 cases in the village to start with, predict the number of cases after 2 years.
First, complete the equation:
Remaining Amount \( =200(1-0.95)^{2} \)
Now solve.
Remaining Amount \( =[?] \) cases](https://d3hlidq5bf9vg0.cloudfront.net/app-server-student/2022/3/11/31a83c41-9ff4-485d-a550-5ea08c958893.png "In a village, the cases of a particular infectious disease have been exponentially decreasing at a rate of \( 95 \% \) per year since the people started receiving the vaccine. If there were 200 cases in the village to start with, predict the number of cases after 2 years.
First, complete the equation:
Remaining Amount \( =200(1-0.95)^{2} \)
Now solve.
Remaining Amount \( =[?] \) cases")
Solution
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