At a particular instant a river boat, which is driven by a force of magnitude 5400 N…………….
Introduction:
In the presented numerical scenario, a river boat is described at a specific instant, undergoing acceleration against a resistance force. The boat is being driven by a force with a magnitude of 5400 N, and it experiences a resistance force opposing its motion with a magnitude of 1200 N. The primary objective is to calculate the mass of the boat based on the provided information. This problem involves the application of Newton’s second law of motion to analyze the forces acting on the boat and to determine its mass in the given dynamic situation. The solution will require considering the net force acting on the boat and its resulting acceleration, providing insights into the boat’s motion in the context of applied and resisting forces.
Douglas Quadling Mechanics1 Exercise 2B Q12
At a particular instant a river boat, which is driven by a force of magnitude 5400 N
Solution:
Conclusion:
In conclusion, the numerical problem involving a river boat driven by a force of 5400 N, experiencing acceleration against a resistance force of 1200 N, is successfully resolved by applying Newton’s second law of motion. The provided acceleration of the boat at a specific instant, 1.6 m/s², is utilized to establish the relationship between force, mass, and acceleration.