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4. Imagine you have a job registering people to vote, and you need to register one...

4. Imagine you have a job registering people to vote, and you need to register one more person before the end of the day. Based on your work thus far, you know that each person you approach has a **4% probability** of registering to vote with you. What is the **expected number of people** you need to approach before you're likely to get someone to register? Please also include the **standard deviation** around your estimate, and describe how you arrive at your answer, making sure to reference the **type of distribution** this event follows.

5. Continuing from the example above, if I approached 100 people to register to vote, what is the probability that **exactly 4** would register? What is the **expected number** of people to register? _hint: even though this is the same situation, the questions being asked may be of different distributions_.

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