Solved

Two Planes Take Off at the Same Time from an Airport

Question 139

Multiple Choice

Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  E. The second plane is flying in the direction S Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​


A) 1,114 miles, S  Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W
B) 1,260 miles, N  Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W
C) 1,114 miles, N  Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W
D) 1,260 miles, N  Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W
E) 1,317 miles, S  Two planes take off at the same time from an airport. The first plane is flying at 260 miles per hour on a bearing of S  E. The second plane is flying in the direction S  W at 265 miles per hour. If there are no wind currents blowing, how far apart are they after 3 hours? What is the bearing of the second plane from the first after 3 hours? ​ A) 1,114 miles, S   W B) 1,260 miles, N   W C) 1,114 miles, N   W D) 1,260 miles, N   W E) 1,317 miles, S   W  W

Correct Answer:

verifed

Verified

Unlock this answer now
Get Access to more Verified Answers free of charge

Related Questions

Q134: Suppose each edge of the cube shown

Q135: Use a calculator to complete the following

Q136: For the expression <img src="https://d2lvgg3v3hfg70.cloudfront.net/TBX9354/.jpg" alt="For the

Q137: Simplify the following expression by first substituting

Q138: Solve the problem. Be sure to make

Q140: Find cos A in the right triangle

Q141: Find the exact value of <img src="https://d2lvgg3v3hfg70.cloudfront.net/TBX9354/.jpg"

Q142: For the problem below, the magnitude of

Q143: Solve the problem. Be sure to make

Q144: Use a calculator to find the following.