samtdfw1 samtdfw1
  • 27-12-2022
  • Mathematics
Answered

The construction of a tangent to a circle given a point outside the circle can be justified using the second corollary to the inscribed angle theorem. An alternative proof of this construction is shown below. Complete the proof. (5 points)
Given: Circle C is constructed so that CD = DE = AD; is a radius of circle C.
Prove: is tangent to circle C.

The construction of a tangent to a circle given a point outside the circle can be justified using the second corollary to the inscribed angle theorem An alterna class=
The construction of a tangent to a circle given a point outside the circle can be justified using the second corollary to the inscribed angle theorem An alterna class=
The construction of a tangent to a circle given a point outside the circle can be justified using the second corollary to the inscribed angle theorem An alterna class=


Answer :

Other Questions

What is the hypothesis and conclusion of if an angle measures 90 then it is a right angle?
What is the number of √ 4?
What is 64 to the 6th root?
When 3x² 2x² 2x K is divided by x 2 The remainder is 4 What is the value of K?
What is the solution of the equation 2x y 4 and 3x 2y?
Theorem 9. 3. 3 provides no information about the stability of a critical point of a locally linear system if that point is a center of the corresponding linear
Which of the following is the derivative of f/x )= 3x 2?
What is the value of b 2 4ac for the following equation 5x 2 7x 6?
Say that the following is a four bit binary fixed-point expression and that the point is fixed between the middle two bits. 1011 what value does it represent? (
What is the range of the function y 3x?