Compute the even and odd components of the signal: x(t) = (cos(4t) + sin(4t)). Show your...

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Compute the even and odd components of the signal: x(t) = (cos(4t) + sin(4t)). Show your work and put a box around your answer. (2 Marks) Compute either the average power or the total energy (which ever is most appropriate) for the signal x(t) = cos(4nt) (3u(t + 3)-3u(t-3)) where u(t) is the unit step function. Show your work and put a box around your answer. (3 Marks) Construct the signal x (t) = {2t-3 -1<t<3} 0 elsewhere) using unit step functions (u(t)), shifting, scaling as well as derivatives and integrals. Your answer must include ALL operations and functions used to construct the signal (for example an operation may look like: x(t) du(t) 6 - 12 fu(t-3)dt + 12u(t-81).) Show your work and put a box around your dt answer. (5 marks) = Compute the even and odd components of the signal: x(t) = (cos(4t) + sin(4t)). Show your work and put a box around your answer. (2 Marks) Compute either the average power or the total energy (which ever is most appropriate) for the signal x(t) = cos(4nt) (3u(t + 3)-3u(t-3)) where u(t) is the unit step function. Show your work and put a box around your answer. (3 Marks) Construct the signal x (t) = {2t-3 -1<t<3} 0 elsewhere) using unit step functions (u(t)), shifting, scaling as well as derivatives and integrals. Your answer must include ALL operations and functions used to construct the signal (for example an operation may look like: x(t) du(t) 6 - 12 fu(t-3)dt + 12u(t-81).) Show your work and put a box around your dt answer. (5 marks) =