During an important NATO exercise, an F-14 Tomcat left the carrier Nimitz on a course with a bearing of 42° and flew 325 miles. Then the F-14 flew for some distance on a course with a bearing of 151°. Finally, the plane flew back to its starting point on a course with a bearing of 315°. What distance did the plane fly on the final leg of the journey? (Bearing= degrees right of North)

During an important NATO exercise, an F-14 Tomcat left the carrier Nimitz on a course with a bearing of 42° and flew 325 miles. Then the F-14 flew for some distance on a course with a bearing of 151°. Finally, the plane flew back to its starting point on a course with a bearing of 315°. What distance did the plane fly on the final leg of the journey? (Bearing= degrees right of North)

Elementary Geometry For College Students, 7e

7th Edition

ISBN:9781337614085

Author:Alexander, Daniel C.; Koeberlein, Geralyn M.

Publisher:Alexander, Daniel C.; Koeberlein, Geralyn M.

Chapter2: Parallel Lines

Section2.6: Symmetry And Transformations

Problem 26E: Considering that the consecutive dials on the natural gas meter rotate in opposite directions, what...

See similar textbooks

Similar questions

Considering that the consecutive dials on the electric meter rotate in opposite directions, what is the current reading in kilowatt hours of usage? The initial direction is clockwise.
An airplane is 90 miles south and 110 miles east of an airport. What bearing should the pilot take to fly directly to the airport?
A pine tree casts a shadow of 80 feet next to a 30 foot tall building which casts a 40 feet shadow. How tall is the pine tree?
A pine tree casts a shadow of 80 feet next to a 30-foot tall building which casts a 40 feet shadow. How tall is the pine tree?
Draw 60 in standard position. Then find b if the point (2, b) is on the terminal side of 60.
Considering that the consecutive dials on the natural gas meter rotate in opposite directions, what is the current reading in cubic feet of usage? The initial direction is clockwise.
Two wheels are rotating in such a way that the rotation of the smaller wheelcauses the larger wheel to rotate. The radius of the smaller wheel is8.8 centimeters and the radius of the larger wheel is 16.9 centimeters. Through how many degrees (to the nearest hundredth of a degree) will the larger wheel rotate if the smaller one rotates 180°?
Calculate the height of the two buildings in the figure.
Two helicopters leave a heliport at the same time. The first flies 190⁢km/h in a direction of 290 degrees. The second flies 130⁢km/h in a direction of 250 degrees. After 3 hours, how far apart are the helicopters? Round your answer to the nearest kilometer.
Meet - avu-ayem-ouy O Meet - hqc-fqmn-ddc O https://meet.google. Brayden knows the distance from Earth to Pluto is 5.9 × 10° kilometers. He has learned that there is a new space shuttle under development that can travel at a speed of 28,000 kilometers per hour. Brayden is trying to determine how long in days it would take a space crew on this new shuttle to reach Pluto. His work is below. Note: 1 day = 24 hours. Step 1: Distance = RatexTime Step 2: time=dis tan ce rate 5.9x10° 2.8x104 Step 3: time = Step 4: time = 2.11 x 1013 hours 2.11x 103 hours I day 24 hours Step 5: time = 1 Step 6: time = 8.792 x 10" days Part A: Identify the step where Brayden made his error and explain what he did wrong. Part B: What is the correct answer to Brayden's problem. acer
A surveyor leaves her camp and drives 43km on a bearing of 032 degrees. She then drives 28km on a bearing of 154 degrees. How far is she then from her base camp and what is her bearing from it
Due to construction traffic is being detoured from Elm Street by making a 60° right turn onto Walnut Street and continuing straight for 10 miles. To get back on Elm Street, you need to make a 90° left turn onto Oak Street and continue straight for X miles. Oak Street intersects Elm St. at 30° for the end of the detour. Approximately how many miles should you travel on Oak Street to reach Elm Street