In the circle below, QR is a diameter and QT is tangent at Q. Suppose m QRS = 212°. Find the following.

(a) m/SQT =
(b) m/RQS =

Respuesta :

Using the tangent theorem and the inscribed angle theorem, we have:

a. m∠SQT = 74°; b. m∠RQS = 16°.

What is the Tangent Theorem?

Angle formed at the point of tangency between the tangent and the radius of a circle = 90 degrees based on the tangent theorem.

What is the Inscribed Angle Theorem?

The inscribed angle theorem states that, measure of inscribed angle = 1/2(measure of intercepted arc).

a. Find m(SQT):

m∠RQT = 90° [tangent theorem]

m(QR) = 180° [semicircle]

m(QRS) = 212° [given]

m(RS) = m(QRS) - m(QR) = 212 - 180 = 32°

m∠RQS = 1/2[m(RS)] [inscribed angle theorem]

m∠RQS = 1/2(32)

m∠RQS = 16°

m∠SQT = m∠RQT - m∠RQS = 90 - 16

m∠SQT = 74°

b. m∠RQS = 1/2(32)

m∠RQS = 16°

Learn more about the tangent theorem on:

https://brainly.com/question/9892082

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