The sides PQ, QR, and RP of a triangle PQR touch a circle, of radius 4...

The sides PQ, QR, and RP of a triangle PQR touch a circle, of radius 4 cm, at C, A, and B respectively. Given that QA = 8 cm, RA = 6 cm, find the sides PQ and PR.

Expert Solution

A upvote will help.

milcah answered 2 years ago

in the triangle PQR, the point S divides the line PQ in the ratio 1:3, and...

in the triangle PQR, the point S divides the line PQ in the ratio 1:3, and T divides the line RQ in the ratio 3:2. PR =a and PQ =b express the following in terms of a and b PS , SR, and TQ

In triangle PQR right-angled at Q , PQ = 3 cm and PR = 6 cm. Determine ∠QPR

Consider an equilateral triangle, inscribed in a circle of radius a, with a point charge q...

Consider an equilateral triangle, inscribed in a circle of radius a, with a point charge q at each vertex. The electric field is zero at the center, but surprisingly there are three other points inside the triangle where the field is also zero. Where are they? Find the distance from these points to the center of the circle. Please just get the answer to E in terms of a, x, and y. I only need you to solve up to...

Let a circle inside triangle DEF have a radius = 3, and let it be tangent...

Let a circle inside triangle DEF have a radius = 3, and let it be tangent to EF at point Z. Suppose |EZ| = 6 and |FZ| = 7. What are the lengths of d, e, and f?

4. By what factor does tripling the radius of a circle increase (a) the circumference of...

4. By what factor does tripling the radius of a circle increase (a) the circumference of the circle? (b) the area of the circle? 5. What are some of the advantages of scientific notation? 6. After which numeral is the decimal point usually placed in scientific notation? What determines the number of numerical digits written in scientific notation?

The centers of two circles are 4 cm apart, with one circle having a radius of...

The centers of two circles are 4 cm apart, with one circle having a radius of 3 cm and the other a radius of 2 cm. Find the area of their intersection.

The “standard” bagel has always been the one obtained by rotating the circle of radius 3/4...

The “standard” bagel has always been the one obtained by rotating the circle of radius 3/4 inch centered at (3/4 , 0) around the line x = −1. Recently, a Californian chef created a bagel with the same circle but rotated around the line x = −2. (a) Physically, what’s the difference between the two bagels? (b) What are the volumes of the standard and Californian bagels?

Find the center and the radius of the circle whose graph passes through points (2,5) (-4,-3) and (3,4).

Solve by using elimination. Find the center and the radius of the circle whose graph passes through points (2,5) (-4,-3) and (3,4). Use the given equation x^2 + y^2 + ax + by + c= 0

Question