marshawnaaron18
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George is given two circles, Circle and circle X, as shown. If he wants to
prove that the two circles are similar, what would be the correct fourth step in
his proof?
Given: The radius of circle Oisr, and the radius of circle Xisr
Prove: Circle Ois similar to circle X
1.C - 2.1 and C - 2er' by the definition of circumference,
20
-- by the division property of equality.
3.d = 2r and d = 2r by the definition of diameter
by the substitution property
6. Circle Ois similar to circle X because all the linear dimensions are in the
same proportion

Respuesta :

d=2r/d’=2r’ and d/d’=r/r’, by the division property of equality

The fourth step could be the area of circle O is equal to the Circle X.

George is given two circles, Circle  O and circle X, as shown. If he wants to prove that the two circles are similar, what would be the correct fourth step in his proof?

What is area circle?

Area of circle is given by the pie times square of radius.

SInce George discuss most of the points
except one
Area of circle O = Area of circle X

Thus, The fourth step could be the area of circle O is equal to the Circle X.

Learn more about circle here:
brainly.com/question/11833983

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