Ship A is moving towards south with speed 3m/s and ship B is travelling due west with speed 4m/s Find the velocity of ship B with respect to ship A

A ship X moving due North with speed v observes that another ship Y is moving due West with speed v. The actual velocity of Y is

From a light-house an observer two ships A and B . Ship A proceeding towards north at a speed 20sqrt(2) km//h and ship B proceeding towards north-east at a speed of 20 km//h . Find in which direction and at what speed the ship B would appear to move to an observer standing on the deck of the ship A .

A ship is steaming towards east with a speed of 8 m/s. A women runs across the deck at a speed of 6 ms^(-1) towards north. What is the velocity of the women relative to the sea ?

Ship A is moving with a velocity 40m/s due north and ship B is moving with a velocity 30m/s due west as shown in the figure. After what time the ships will be closest to each other, if the initial separation between them is 15km ?

A ship is travelling due north at 40 kmph. The captain of the finds that a second ship is always sailing 60^(@) west of north at a speed of 40 kmph. The velocity of the second ship then must be

A ship is sailing towards the north at a speed of 1.25m/s .The current is taking it towards the east at the rate of 1m/s and a sailor is climbing a vertical pole on the ship at the rate of 0.5m/s. Find the velocity of the sailor in space.

A ship A is moving Westwards with a speed of 10kmh^(-1) and a ship B 100km South of A is moving northwards with a speed of 10kmh^(-1) . The time after which the distance between them shortest is

A man is on ship which is moving in east direction with speed 60km//hr. Waves of ocean is taking ship towards west with speed 20km//hr . Man start running on ship with flag in his hand in north direction with speed 30km//hr and wind is blowing with 50km//hr,37^(@) towards south of west then find the direction of flutter the flag as seen by man on ground.