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Four students each flipped a coin times and recorded the results in the table.\begin{tabular}{|c|c|c|}\hline Student & Heads & Tails \\\hline Mai Ka & & \\\hline Heather & & \\\hline Jose & & \\\hline Tyrone & & \\\hline\end{tabular}Who had a relative frequency of of flipping tails?
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Q. Four students each flipped a coin times and recorded the results in the table.\begin{tabular}{|c|c|c|}\hline Student & Heads & Tails \\\hline Mai Ka & & \\\hline Heather & & \\\hline Jose & & \\\hline Tyrone & & \\\hline\end{tabular}Who had a relative frequency of of flipping tails?
- Calculate Mai Ka's fraction: To find the relative frequency of flipping tails, we need to divide the number of tails by the total number of flips for each student.
- Calculate Heather's fraction: For Mai Ka, the calculation is tails out of flips, so
- Calculate Jose's fraction: For Heather, it's tails out of flips, so
- Calculate Tyrone's fraction: For Jose, it's tails out of flips, so
- Simplify fractions: For Tyrone, it's tails out of flips, so .
- Check Mai Ka's fraction: Now we simplify the fractions to see if any match
- Check Heather's fraction: Mai Ka's fraction doesn't simplify to
- Check Jose's fraction: Heather's fraction simplifies to , which is not .
- Check Tyrone's fraction: Jose's fraction doesn't simplify to .
- Identify Tyrone's relative frequency: Tyrone's fraction simplifies to . So Tyrone had a relative frequency of of flipping tails.
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