Consider two 16-point sequences \(x[n]\) and \(h[n]\). Let the linear convolution of \(x[n]\) and \(h[n]\) be denoted by \(y[n]\), while \(z[n]\) denotes the 16-point inverse discrete Fourier transform (IDFT) of the product of the 16-point DFTs of \(x[n]\) and \(h[n]\). The value(s) of \(k\) for which \(z[k] = y[k]\) is/are