Answer:
49.81
Step-by-step explanation:
the formula I used is distance=[tex]\sqrt{(x_{2}-x_{1})+(y_{2}-y_{1})}[/tex]
Lets say we are finding the distance from c to y
c=(-6,9)
y=(5,9)
cy=[tex]\sqrt{(5-(-6))^{2}+(9-9)^2 }[/tex]
cy=[tex]\sqrt{(11)^2+(0)^2}[/tex]
cy=[tex]\sqrt{121+0}[/tex]
cy=[tex]\sqrt{121}[/tex]
cy=11
And you can find the distance between y and i, i and d, d and o, o and c, using the same formula.
After solving the distance of all I got
yi=16.55294536
id=1
do=9.219544457
oc=12.04159458
After you add them all up you get 49.8140844 which rounded to the nearest hundredth is 48.81.
Thank you and I hope that is helpful.
Sorry that is actually wrong
Check out the other answer.
