4. Part A: Determine V=(the Resultant Velocity) using the component methods: If a person rows a boat across a rapidly flowing river and tries to head directly for the other shore , the boat instead moves diagonally relative to the shore , as in Figure 1. The boat does not move in the direction in which it is pointed . The reason , of course , is that the river carries the boat downstream VI X Figure] VR = Vi + V. Where Vo is the velocity of boat . V, is the velocity of river. V. is the actual velocity (also resultant velocity ) of boat . Given : V; = 5.0 m/s Vr = 3.0 m/s Find : Va (Res ultant velocity ) = ? Part B Compare your calculated result with simulated result: 1) Resultant/relative Velocity Simulation Go to https://ophysics.com/kl1.html Enter Vr-e (or Vr) (velocity of river ) = 3.0 m/s at the upper right corner (right above the blue river )