A motor boat is racing towards North at `25 km//h` and the water current in that region is `10 km//h` in the direction of `60 ^(00` East of South. Find the resultant velocity of the boat.

A boat is moving towards east velocity 4 m/s w.r.t still water and river is flowing towards north with velocity 2 m/s and the wind blowing towards north with velocity 6 m/s. the direction of the flag blown over by the wind hpisted on the boat is

A man rides a jet boat with a speed of 40 km//hr in the north -east direction and the shore line makes an angle of 10^(@) south of east . Find the component of the velocity of the jet boat (i) along the shoreline and (ii) perpendicular to the shoreline .

A man rides a jet boat with a speed of 40 km//hr in the north -east direction and the shore line makes an angle of 10^(@) south of east . Find the component of the velocity of the jet boat (i) along the shoreline (ii) perpendicular to the shoreline.

The velocity of a body is 100 km h^(-1) , 30^(@) west of south . Find the north ad east components of the vector.

A car A going north-east at 80km//h and another car B is going south-east at 60km//h. The direction of the velocity of A relative to B makes an angle with the north equal to:

A boat is moving towards south with veloctity 3 m//s with respect to still water and river is flowing towards east with velocity 3 m//s and the wind is blowing towards south-east with velocoity 3 sqrt2 m//s . The direction of the flag blown over by the wind, hoisted on the boat is :

If the speed of a boat in still water is 8 km/h and the rate of stream is 4 km/h, then find upstream speed of the boat.