3.2. Implement a class NVector representing a vector with n elements: (v[0l, v[1], .. .., v[n-1]), with v[i] a double number. The NVector class stores the numbers in an array double v[n]. The NVector class should support the following interface: construct r, takes dimension n and sets all elements to 0: *constructor, takes another NVector and copies all data from *constructor, takes a double p[ array and copies all data to the * a VARARG constructor declared like this: NVector (int n) "other" NVector (NVector new object: NVector (double[] v) other) public NVector (double... v)i This constructor is called like this: The caller passes the elements of the NVector directly as arguments In this example the result is the initialization with elements You have t find ut h w t write the c nstructr cae by checking NVector vec = new NVector ( 1, 2, 3, 4) ; to the constructor. the Java tutorial online. 3.2. Implement a class NVector representing a vector with n elements: (v[0l, v[1], .. .., v[n-1]), with v[i] a double number. The NVector class stores the numbers in an array double v[n]. The NVector class should support the following interface: construct r, takes dimension n and sets all elements to 0: *constructor, takes another NVector and copies all data from *constructor, takes a double p[ array and copies all data to the * a VARARG constructor declared like this: NVector (int n) "other" NVector (NVector new object: NVector (double[] v) other) public NVector (double... v)i This constructor is called like this: The caller passes the elements of the NVector directly as arguments In this example the result is the initialization with elements You have t find ut h w t write the c nstructr cae by checking NVector vec = new NVector ( 1, 2, 3, 4) ; to the constructor. the Java tutorial online