PART 1- Create a small Simulink model Create a small Simulink model to demonstrate the principles of differentiation and integration using a sine wave as the initial source. You will need to graph the following continuous signals using SIMULINK: 1) sint 2) 2 x sint 3) sin t dt 4) sin t +2sint tfsint dt Use the following blocks only: 1) Sine Wave, 2) Derivative, 3) Integrator, 4) Gain, 5) Sum and 6) Scope. Use multiple inputs into your scope to visualise all four signals on the same axis. Keep all default settings for the sine wave (amp& freq 1) 10 000 PART 1- Create a small Simulink model Create a small Simulink model to demonstrate the principles of differentiation and integration using a sine wave as the initial source. You will need to graph the following continuous signals using SIMULINK: 1) sint 2) 2 x sint 3) sin t dt 4) sin t +2sint tfsint dt Use the following blocks only: 1) Sine Wave, 2) Derivative, 3) Integrator, 4) Gain, 5) Sum and 6) Scope. Use multiple inputs into your scope to visualise all four signals on the same axis. Keep all default settings for the sine wave (amp& freq 1) 10 000