Write a method that returns the superposition value of all the sine functions, where each sine function is defined by three parameters as such: y=a*sin(b*x+c). The parameters a, b, and c are each taken from arrays of parameters. Parameter a comes from the array paramA, parameter b comes from the array paramB, and (amazingly) parameter c comes from paramC. As a precondition you may assume that all three arrays have exactly the same length. Return the value of the superposition of all of these sine functions at the specific angle 'angle' which is in radian. So return: paramA[0]*sin(paramB[0]*angle+paramC[0])+paramA[1]*sin(paramB[1]*angle+paramC[1])+paramA[2]*sin(paramB[2]*angle+paramC[2])+...(up to the length of the arrays)