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Kina’u Hale Background info: This dorm was named after Kina’u whom was the daughter of
Kamehameha I and Kaheiheimalie. It’s a dorm for high school girls, which
is one of 5 dorms and is found at the top part of the campus. Kina’u was
married to Liholiho. There is another dorm for high school boys that were
named after Liholiho. When Pauahi was born, Kianʻu had adopted her.
With Kinaʻuʻs second husband, she had three sons. She had also suffered
from her daughters death at 29 years old. In this dorm are held many
activities full of fun and getting to know other dorm mates. This dorm has
the previllage of having a room to yourself instead of having a roomate.
There are dorm advisors to watch the girls before and after school hours.
The different things you do in the dorm is cleaning, fun activities, hanging
out, and many many more. This dorm would probably be my alternative
dorm.
Problem: In the first week of school Kina’u Dorm started off with 12 girls. The next week 12 more girls moved in. The week after that 12 more girls moved in. If this pattern was to continue how many girls would there be in week 4? What is the function rule to this pattern? Problem: In the first week of school Kina’u Dorm started off with 12 girls. The next week 12 more girls moved in. The week after that 12 more girls moved in. If this pattern was to continue how many girls would there be in week 4? What is the function rule to this pattern? Solution: x y 1 12 Write out all of the information you know in a 2 24 table. 3 36 4 ? Take the 2 top #’s of the chart and subtract it straight across using it as 24 – 12 = 12 = 12 a fraction. Then divide your answer. 2 – 1 1 12 x 2= 24 Take your answer and multiply it by one of the x’s in the chart. If you get the same answer then your good. The function rule is y = 12x. x y 1 12 Use the function rule to get the rest of 2 24 the data for the chart. 3 36 4 ? y = 12x 12 x 4 = 48 In the 4th week of school, the total amount of girls that move in will be a total of 48 girls. Math Concept & Standard: Function rule & ?