An airplane's velocity with respect to the air is 580 miles per hour, and it is heading N 60 degrees W
The wind velocity v, is 40 miles per hour from east to west while an air speed v, of 100 miles per hour due north airplane travels with (a) Find the speed of the airplane relative to the ground, vi + v2. (b) If the plane starts at (1,3), what is it's position after 90 minutes?
The wind velocity v, is 40 miles per hour from east to west while an air speed v, of 100 miles per hour due...
(g) An airplane is flying at 300 miles per hour, heading 30 degrees North of East. (i) What are the magnitudes of the North and East components of the velocity? A wind from due North starts blowing at 40 miles per hour. () What is the new velocity of the plane?
A plane is maintaining a 90◦ heading at 40◦ N latitude, with an air speed of 580 miles per hour. the cruise control is engaged, using a pressure altimeter while over the Ocean. The altimeter is set for a sea level pressure 1013 hPa and keeps an indicated altitude of 37,500 feet. At the start of a 1 hour period the radar altimeter, which provides the actual distance above the surface, shows 36,750 feet. At the end of the 1...
10p An airplane's airspeed (speed relative to still air) is 155 km/h. The wind speed relative to the ground is 28 km/h and is directed at phi 35 degrees as shown. "Determine (a) the 'heading', the angle theta the plane must be steered in order to travel in the direction of the runway. Also (b) determine the speed of the airplane relative to the runway in km/hr. airspd wind phi le 155 28 35 WIND
80 mpli po mph 45 45 - 590 mph 590 mph 28 N N 28 w w (b) Write the velocity of the wind as a vector in componentform 80(cos(45), sin(45°)] (c) Write the velocity of the jet relative to the air in componentform 590( cos(118°), sin ( 118°)] (d) What is the speed of the jet with respect to the ground? (Round your answer to one decimal place.) 2410.37 X mph (e) What is the true direction of the...
The heading of an object is the angle, measured clockwise from due north, to the vector representing the intended path of the object. Example 4 A plane is flying with an airspeed of 185 miles per hour and a heading of 12o* . The wind currents are running at a constant 32 miles per hour at 165 clockwise from due north Find the true course and ground speed of the plane?
The heading of an object is the angle, measured...
1. if cos A = -1/5 and A is between 90 and 180 (degrees) , find sin A/2 2. A plane is flying with an airspeed of 180 miles per hour with a heading of 118 (degrees). The wind currents are a constant 28 miles per hour in the direction due north. Find the true course and ground speed of the plane
plz dont skip steps
(1 pt) A plane is heading due west: its nose points towards the west direction, but its trajectory on the ground deviates from the west direction due to a sideways component of the wind. The plane is also climbing at the rate of 120 km/h (height increase per unit time). If the plane's airspeed is 550 km/h and there is a wind blowing 90 km/h to the northwest, what is the ground speed of the plane?...
An airplane with a ground speed of 550 km/hr travels along a heading of 30 degrees N of W. At that high altitude there is a powerful 210 km/hr wind (known as the jet stream) 40 degrees south of west. Determine the direction that the pilot is aiming the plane.
5. A commercial passenger jet is flying with an airspeed of 185 miles per hour on a heading of 036°. If a 47-mile-per-hou wind is blowing from a true heading of 120°, determine the velocity and direction of the jet relative to the ground. a. 188.5 mph, 021° b. 186.1 mph, 021° c. 186.1 mph, 069 d. 195.6 mph, 069°