A plane takes off and climbs to 3 000 m in five minutes at an angle of 8.28 degrees. When it reaches 3 000 m, the plane levels out and adjusts to its constant cruising speed of 500 km/h. At this height, there is a wind (a "jet stream") blowing at 100 km/h 30 degrees East of North.
a) What is the magnitude of the plane's acceleration during the first five minutes of the flight?
b) After reaching its cruising speed, in what direction should the plane fly in order to keep travelling East?
c) After reaching cruising speed, the plane still has 1200 km to travel (due East). How long does that part of the journey take?
A plane takes off and climbs to 3 000 m in five minutes at an angle...
A plane with air speed of 620 km/h is supposed to fly iin the direction of 27 degrees north of east. A wind is blowing from east at a speed of 110 km/h. In what direction should the pilot head the plane?
2. An airplane is heading due north at an airspeed of 950 km/h, but there is a constant wind blowing from the northeast at 100 km/h. We will use vectors to work out how far off course the plane is blown, and what its ground speed is. (a) Write down a vector, p, that represents the intended flight path of the plane in one hou. (b) Write down a vector, w, that represents the movement of a particle caught in...
Can you please answer the questions from chapter 3 review problems (pg. 90-91)questions 2,4,8,10,12. chapter 4 review problems 2,4,6,8,10,12,16 (pg121) chapter 5 review problems 2,4,6,12,14 (pg.141).Chapter3-Question2-find the x- and y- components of vector R, which has a length of 10.0 cm at 60 degrees. Question4-Vector R has a length of 9.00cm at 240.0 degrees. Find its x-and y components. Question8-A hiker is plotting his course on a map with a scale of 1.00cm=3.00km. If the hiker walks 2.50 cm north,...