Task 1: Develop a model Measure the equivalent spring constant of each of the three configurations shown above. Compare the parallel and series equivalent spring constants to that of the single spring and use this comparison to propose a physics model that will tell you the equivalent spring constant k for any number of springs N arranged in series or parallel. Your model should consist of two parts: one equation for the equivalent spring constant in terms of the number of springs combined in series, and another equation for the equivalent spring constant in terms of the number of springs combined in parallel Task 2: Test your model Design and conduct experiments to test either your series or your parallel models using three or more springs. Test the model as fully as you can in the time you have remaining. Compare the equivalent