A particle undergoes three successive displacements given by `s_(1) =sqrt(2)` m morth - east , `s_(1)=2` m due south and `s_(3) =4 m, 30^(@)` north of west , then mngnitude of net displecement is

A particle undergoes three successive displacements given by s_(1) =sqrt(2) m north - east , s_(2)=2 m due south and s_(3) =4 m, 30^(@) north of west , then magnitude of net displacement is

Find the net displacement of a particle from its starting point if it undergoes two sucessive displacement given by vecS_(1) = 20m , 37^@ North of West , vecS_(2) = 50 m, 53^@ North of East.

A man moves 20 m north, then 10m east and then 10sqrt2 m south-west. His displacement is

Find out the resultant of the following three displacement vectors : vec(A) =10 m , along north -west, vec(B) =20 m, 30^@ north of east, vecC=35m, along south.

A man walk 10 m towards east, then 40 m towards North and in the last 30 m towards west find the net displacement :-

47.A man moves 10m in a direction of 37^(@) East of North then 5sqrt(2)m in South-East direction and finally 20m in a direction of 53^(@) South of West.Find the magnitude of resultant displacement of man?

A particle moves 3 m north, then 4m, east and then 6m south. Calculate the displacement.