Two planes leave the same airport. The first plane leaves at 4:45 pm and averages 464 mph at a bearing of s65° E. The second plane leaves at 5:00 pm and averages 412 mph at a bearing of N15°W. How far apart are the planes at 6:15 pm, and what is the bearing from the first plane to the second plane at that time? *Please circle how far apart the planes will be at 6:15, and on another line please circle what the bearing will be from the first plane to the second plane at that time.
Two planes leave the same airport. The first plane leaves at 4:45 pm and averages 464 mph at a bearing of s65° E. The second plane leaves at 5:00 pm and averages 412 mph at a bearing of N15°W. How far apart are the planes at 6:15 pm, and what is the bearing from the first plane to the second plane at that time?
*Please circle how far apart the planes will be at 6:15, and on another line please circle what the bearing will be from the first plane to the second plane at that time.
A helicopter is on a path directly overhead line AB when it is simultaneously observed from locations A and B separated by 300ft. The angle of elevation from A is 43°34′and the angle of elevation from B is 30°9′. What is the distance from each location to the helicopter, and how high is the helicopter from the ground at the moment of observation?
*Please circle the answer for the distance from A to the helicopter , the distance from B to the helicopter, and the answer for how high the helicopter will be from the ground at the moment of observation.
***I know y'all typically like to answer one question at a time, but I truly do not know how to do these last two problems on my homework. If you could answer both, I would greatly appreciate it, and I will return the favor!***
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