how do you figure out Coterminal angles

Use the semi-log line graphed below to find a formula for its corresponding exponential function. In (y) 5- 4 3- 2 1 -5 -4 -3 -2 -1 ·N· y=a.f. 2 -2- -3 -4 -5+ Write the exponential function in the form 3 4 5 8 If necessary round the parameters a and b to four decimal places.

A bowling ball is rolled down the alley with a constant velocity of 1.4 m/sec. at an angle of 86° to the starting line. The position of the person throwing the bowling ball can be represented by the point (0,0). Where is the ball after 8 seconds? O (0.1,1.4) O (0.6,8.0) O (0.8,11.2) O (11.2,0.8) A ball is thrown with a slingshot at a velocity of 95 ft./sec. at an angle 25° above the ground from a height of 6 ft. Approximately how long does it take for the ball to hit the ground? Acceleration due to gravity is 32 ft./s2. O2.65 seconds O2.51 seconds 05.45 seconds 5.38 seconds

Help me fast with detail explanation. Definitely I will give Upvote.

I need to rotate the shape in the third quadrant 90° counterclockwise. Where would my triple prime figure be in the fourth quadrant?

use cross product or dot product

Determine the measure of angle A in triangle ABC, where vector A(1, 1, 8), vector B(4, −3, −4), and vector C(−3, 1, 5).

A EXAM #2 IE 3477 Methods and Industrial Engineering March 11, 2021 1. (20 points total) A guard rail at the front row of the second deck of a sports stadium is 85 cm. high. When someone sits back normally in a seat with a seat back in that section, the angle between the eye and the near edge of the playing field is 35 degrees below horizontal. The height of the seat was designed based on an average male. Assume that the horizontal distance from the eyes of a person seating to the edge of the guard rail is 1.15 mts. Determine what percentage of the female population may be able to see the near edge of the playing field over the rail. ANSWER:

Find the tangent of U A. 48/55 B. 48/73 C. 55/48 D. 55/73

Vector AnalysisSolve the Following Problem. Show complete solution. View Image