find the lenght of side of 24 sided regular polygon inscriber in a circle given that radius is 1 metre (solve using trignometry)
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In the case of our regular n-gon, we have a = b = r and C = 360°/n, so we simplify it to:
c2 = r2 + r2 - 2rr cos (360°/n)
c2 = 2r2 - 2r2 cos (360°/n)
c2 = r2 (2 - 2 cos (360°/n))
which makes a final equation:
Step-by-step explanation:
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# We have a 24 sided regular polygon, In which a = b = r and C = 360°/n
BY SIMPLIFYING IT WE"LL GET,
360°/n, so we simplify it to:
=> c2 = r2 + r2 - 2rr cos (360°/n)
=> c2 = 2r2 - 2r2 cos (360°/n)
=> c2 = r2 [2 - 2 cos (360°/n)]
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