1. The problem statement, all variables and given/known data Find the waveforms x1(t) and x2(t) (expressed in a simple form) that are consistent with the sets of Fourier coefficient values provided below. Assume that the period T is equal to 1/10 seconds in both cases (a-1): a(0) = 6, a(-1) = 3 + 4j, a(1) = 3 - 4j, and a(k) = 0 for k != -1,0,+1 (a-2): a(0) = 4, a(3) = 2e^(jPi/4), a(-3) = 2e^(-jPi/4), and a(k) = 0 for k != -3, 0 , +3 2. Relevant equations x(t) = Sum[a_k*e^jkω_0*t] a_k = 1/T integral x(t)*e^-jkω_0*t dt 3. The attempt at a solution The fundamental frequency can be calculated using the period given. This would be ω = 2∏/T = 2*∏*10 = 20∏. From this I believe we can plug this into the second equation along with the value of k given and set it equal to whatever that value of k was. I am then running into the issue of solving it (assuming that is correct). I do not know what to do with the x(t) term, along with the integral bounds. Sorry for the sloppy equations, I am new here and haven't had a chance to check out Latex yet fyi.