Spectral methods are much more accurate than the Finite Difference methods ___________

Spectral methods are much more accurate than the Finite Difference methods ___________ Correct Answer conditionally when grid size is small

The error in the solution decreases exponentially with the number of grid points. The results are more precise when the number of grid points is more. So, the grid size should be small. This makes the spectral method with more grids accurate than the Finite Difference methods.
Bissoy MCQ

Related Questions

The finite spectral width of the optical source causes ___________
Let x(t) be a wide sense stationary (WSS) random with power spectral density Sx(f). If Y(t) is the process defined as y(t) = x(2t - 1), the power spectral density SY(f) is
L is older than M and taller than N. O is younger than P, older than N and shorter than Q. R is older than S, younger than N, shorter than S and taller than Q. S is older than L, M, O, P, Q, R and S is necessarily false?
Which of these is an advantage of the Finite Difference Method over the Finite Volume Method?