Thursday

October 2, 2014

October 2, 2014

Posted by **Joy** on Saturday, September 21, 2013 at 1:17am.

Using this, find the Fourier sinc series for f(x)= 1, on 0 < x < c where c > 0. Then find the Fourier series for g(x), x > 0 where g(x) = 1, 0 < x < c, -1, c < x < 2c, g (x + 2c) = g(x), g (nc) = 0, n = 1, 2, 3, ...

Finally, sketch the graph of g(x), x > 0. Be sure to justify convergence is the F series to g(x) at every x > 0.

**Answer this Question**

**Related Questions**

Math (College Level Mathematics) - Fourier cosine series correspondence for f(x...

math - The Fourier series expansion for the periodic function,f(t) = |sin t|is ...

math - The Fourier series expansion for the periodic function,f(t) = |sin t|is ...

math - Anyone can help me on this qns? The Fourier series expansion for the ...

maths - Choose the two options which are true for all values of x 1) cos (x) = ...

Mathematics - Trigonometric Identities - Let y represent theta Prove: 1 + 1/tan^...

physics - The motion of a particle is described by x = 10 sin (piet +pie/2 ). At...

Calculus grade 12 - solve for (<_ = less than or equal to / pie = pie sign...

Fourier Sine Series Q - I have the function f(x) = cos(x) on the interval from 0...

mathematics - 1.)Sin^-1(x)+Sin^-1(y)+Sin^-1(z)= pie Prove that X.root(1-y^2)+y....