t Drow a free-body diagram of the entire boat system then draw a diagram with the net force.

To draw a free-body diagram of the entire boat system, we need to consider all the forces acting on the boat. The forces include the gravitational force (weight) acting downward, the normal force from the water acting upward, and the applied force pushing the boat forward.1. Draw a rectangle to represent the boat.2. At the center of the rectangle, draw an arrow pointing downward to represent the gravitational force (weight) acting on the boat. Label this force as "Weight" or "W".3. Draw an arrow pointing upward from the center of the rectangle to represent the normal force from the water acting on the boat. Label this force as "Normal Force" or "N".4. Draw an arrow pointing forward from the center of the rectangle to represent the applied force pushing the boat forward. Label this force as "Applied Force" or "F".Now, let's draw a diagram with the net force:1. Draw a rectangle to represent the boat.2. At the center of the rectangle, draw an arrow pointing downward to represent the gravitational force (weight) acting on the boat. Label this force as "Weight" or "W".3. Draw an arrow pointing upward from the center of the rectangle to represent the normal force from the water acting on the boat. Label this force as "Normal Force" or "N".4. Draw an arrow pointing forward from the center of the rectangle to represent the applied force pushing the boat forward. Label this force as "Applied Force" or "F".5. The net force acting on the boat is the vector sum of the applied force and the normal force, which is the resultant force acting on the boat. Draw an arrow representing the net force and label it as "Net Force" or "F_net".Remember that the normal force and the applied force are perpendicular to each other, so the net force can be found using the Pythagorean theorem:F_net = √(F^2 + N^2)Where F is the applied force and N is the normal force.