Let's complete the frequency table and find the number of students aged 15 and above who take a car to school.
1. Given Information: - Total number of students: 360 - Total students aged 15 and above: 195 - Total students using Walk/Bike: 152 - Total students using Bus: 110 - Total students using Car: 98 - Students aged 15 and above using Walk/Bike: 65 - Students under age 15 using Car: 60
2. Calculate students under age 15: [tex]\[
\text{Students under age 15} = \text{Total students} - \text{Total students aged 15 and above} = 360 - 195 = 165
\][/tex]
3. Calculate students under age 15 using Walk/Bike: [tex]\[
\text{Students under age 15 using Walk/Bike} = \text{Total Walk/Bike} - \text{Students aged 15 and above using Walk/Bike} = 152 - 65 = 87
\][/tex]
4. Calculate students under age 15 using Bus: [tex]\[
\text{Students under age 15 using Bus} = \text{Students under age 15} - \text{Students under age 15 using Walk/Bike} - \text{Students under age 15 using Car}
\][/tex] [tex]\[
= 165 - 87 - 60 = 18
\][/tex]
5. Calculate students aged 15 and above using Car: [tex]\[
\text{Total students using Car} = 98
\][/tex] Since students under age 15 using Car are 60: [tex]\[
\text{Students aged 15 and above using Car} = \text{Total Car} - \text{Students under age 15 using Car} = 98 - 60 = 38
\][/tex]
6. Calculate students aged 15 and above using Bus: [tex]\[
\text{Students aged 15 and above using Bus} = \text{Total students aged 15 and above} - \text{Students aged 15 and above using Walk/Bike} - \text{Students aged 15 and above using Car}
\][/tex] [tex]\[
= 195 - 65 - 38 = 92
\][/tex]
Now, we have completed the frequency table:
\begin{tabular}{|c|l|l|l|l|} \hline \multicolumn{5}{|c|}{ Method of Travel to School } \\ \hline & Walk/Bike & Bus & Car & Row totals \\ \hline Under age 15 & 87 & 18 & 60 & 165 \\ \hline Age 15 and above & 65 & 92 & 38 & 195 \\ \hline Column totals & 152 & 110 & 98 & 360 \\ \hline \end{tabular}
So, the number of students aged 15 and above who take a car to school is [tex]\( \boxed{38} \)[/tex].
