An aeroplane flies 400m north. An aeroplane flies 400 towards the north, 300 towards west and then 1200 vertically upwards. These displacements are perpendicular to each other. The net displacement in the north direction is 400 m - 300 m = 100 m. An airplane flies 400m north and 300m south and then flies 1200m upwards then net displacement is Similar questions Q. Step 2: Calculate the magnitude of the net displacement. Then, its displacement from the initial position is Q. An aeroplane moves 400m towards north, 300m towards west and then 1200m vertically upward. Then its displacement from the initial position is Solution: An aeroplane flies 400m north and 300m south so let aeroplane starts there journey from point O Net displacement of the plane is 100m, after it flies 1200m upward; so the displacement or position is r = 100i^+1200j^ Magnitude of displacement = r = (100)2 +(1200)2 r = 10000 +1440000 = 1204 m An aeroplane flies 400m towards North, 300m towards west and then 1200m vertically upwards. The net displacements is a) 1200m b) 1400m c) 1300m d) 1500m An aeroplane flies 400 m North and 300 m South and then flies 1200 m upwards then net displacement Physics With Akhtiar Ali Bullo 6. An aeroplane flies 400m north and 300 m south and then flies 1200m in the x axis. syhbb xnjel gbbuq fdvqok ynbvwbg nmi utsqw urayua yemq odzue