An aircraft takes off from Seattle (latitude 47.45 degrees north) on a great circle route. What must the azinth be, at takeoff, such that the most northerly point on the route is on the Arctic Circle (latitude 66.5 degrees north)? (degrees)

A ship sails 400 miles due east. It then sails north 45 degrees West for 200 miles. Where is the ship located, distance and angle?

Star and Kiara are at the 2019 Something in the Water festival in VA Beach. They were separated from one another in the crowd of people. Star can see Kiara at a bearing of N72°E. Just as Star starts to make her way toward Kiara she stops dead in her tracks. Star just noticed Beyoncé standing 30 ft due south of Kiara. Star is awestruck that she can see Beyoncé at a bearing of 561°E, how far is Star from Beyoncé? Round to the hundredth place.

A plane flies at a speed of 360 mph on a bearing of S45°E. Relative to the ground, the plane's speed is measured as 335 mph with a true bearing of S35°E. Round answers to the nearest whole unit.

A commuter plane starts from in the figure. The plone frst flies to city A, located 175 Km mon in the direction 30° north of east. Next, it flies for 150 Km 30°west north, to city B. Finally, the plane flies 190 Ku deie west, tocity C. airport & takes the raute shown an avay of Find the direct dis ance R from "the air port to city C. 250 В 200 150 (00 So PA | 30 50 _x(km] 100 150 200

Gabby works as an aerial photographer. On one trip she takes off from the airport and flies 52km on a bearing N46°E. She then turns and flies for 43km until she is due east of the airport. How far is Gabby from the airport when she is due east of it? Is there more than one answer, explain.

On the map, let the +x-axis point east and the +y-axis north. An airplane flies at 880 km/h northwestward direction (i.e., midway between north and west). Can you help me visualize the components of the first velocity, and when the plane flies due south at the same velocity.  I understand the answer will be -622.25 for the run, meaning 880*cos(45) for x -axis; the y axis north is 880*sin(45) resulting in 622.5 Please help me visualize the first and second velocity when the plane flies due south at the same velocity?  Help me to visualize where one of the velocities due south is zero, and the other is whatever it is.   I am afraid I can properly visualize or understand in simple terms what is asked.  My point can you help to understand the right angle theorem to the angle.

A ship sets out to sail to a point 142 km due north. An unexpected storm blows the ship to a point 130 km due east of its starting point. (a) How far and (b) in what direction (as an angle from due east, where north of east is a positive angle) must it now sail to reach its original destination?

A sailboat sets out from the U.S. side of Lake Erie for a point on the Canadian side, 89.0 km due north. The sailor, however, ends up 43.0 km due east of the starting point. (a) How far must the sailor now sail to reach the original destination? (b) In what direction must she sail? (counterclockwise from due east)

An airplane flies from city A to city B, a distace of 100 miles, and then turns through an angle of 20 degrees and heads toward city C.  If the distance from A to C is 300 miles, how far is it from city b to city C?