The second hand (the one that measures "seconds" of time) of a large, circular wall clock rotates smoothly, its endpoint tracing around a circle of diameter 28 inches on the outer edge of the clock. 12 10 2 9 4 7 5 6 Q Image Description Suppose the tip of the second hand has moved along its circular path for distance of 14.172 inches. Through what angle in degrees did the hand rotate?A 39-cm-long piece of red wire is bent at 90 to make the base and height of a right triangle, as shown in the figure below. The base of the triangle is labeled x. D X Q What is the height of the triangle? Give your answer as an expression involving the variable c.Coordinate functions are shown below for a point moving around an ellipse. The variable T' represents time in seconds. Here is the x-coordinate as a function of time, T. 2 Here is the y-coordinate as a function of time, T. Where is the center of the ellipse? Give your answer as a point in the form: (number, number)A circle is shown with a point M at an angle of 302 . 302 (36, 0) M Q Use your calculator to find the coordinates of point M. [Give your answer as a point (x, y).]Part 1 of 4 Suppose we know that tan(0) - m and sin(0) - b. What is sec(0) . cos(0)? Give your answer in terms of only the variables m and b