In circle S with mZRUT = 43°, find the angle measure of minor arc RT.

The graph of y = 1.2" is shown below. 5+ 4 3- 2- i 2 3 4 5 6 7 8 9 io Use the graph to estimate the solution to 1.2" = 2

line HJ is a tangent, and A is the center. Arc BD = 120 degrees, Arc DF = 20 degrees and arc FG = 30 degrees. Solve for <GAF, <BDG, <JBD, JHF, and <HEG.  I know <GAF = 30 amd <JHF is 90 but I cant solve <BDG, JBD, and <HEG.

Use the technique described in example 5 to solve the following problem. - Example 5 is attached  According to Google, the average initial velocity of a typical cannonball is 820 miles per hour. Ballistics theory indicates that the optimal angle to fire a projectile to maximize distance is 45°. Under these conditions, how far would a cannonball travel and how long would it take to hit the ground?