Angela is left-handed. She heard that about $12\%$ of all people are left-handed, but she suspected that the percentage of lefties in her school is greater. She took a random sample of $50$ students, and found that $20\%$ of them are left-handed. Let's test the hypothesis that **the actual percentage of left-handed students is $12\%$** versus the alternative that the actual percentage is *higher* than that. The table below sums up the results of $1000$ simulations, each simulating a sample of $50$ students, assuming there are $12\%$ left-handed students. **According to the simulations, what is the probability of getting a sample with $20\%$ left-handed students or more?** $\qquad$[[☃ math-keypad 1]] Let's agree that if the observed outcome has a probability *less* than $1\%$ under the tested hypothesis, we will reject the hypothesis. **What should we conclude regarding the hypothesis?** [[☃ radio 1]] Measured $\%$ of left-handed students | Frequency :-: | :-: $0$ | $7$ $2$ | $11$ $4$ | $32$ $6$ | $74$ $8$ | $112$ $10$ | $169$ $12$ | $194$ $14$ | $158$ $16$ | $115$ $18$ | $68$ $20$ | $41$ $22$ | $10$ $24$ | $5$ $26$ | $4$