Urgent solve with in 30min !!!! Do not upload "wrong" answer otherwise I will give you multiple "dislikes" :)

1. A two stage SSB-SC modulator shown below is designed to translate a base band signal M(t) to a frequency fe=100 MHz, containing only Upper side band (USB). The signal M(t) lies in the frequency range from ma to fm, where the values of fmz &fma you have to choose in few hundreds of Hertz. Also choose your value for fa in few tens of KHz. M(t) 5.(t) Vict) S.(t) V.(t) Product Modulator Filter-1 Product Modulator Filter-2 A Cosmict A Cosmrt a) b) c) d) e) f) Calculate and plot the frequency spectrum of Sz(t). Write the required properties of Filter-1. Calculate and plot the frequency spectrum of V:(t). Calculate and plot the frequency spectrum of Sz(t). Write the required properties of Filter-2. Plot the final frequency spectrum, Va(t) 4 1 2 4 1 3 1. A two stage SSB-SC modulator shown below is designed to translate a base band signal M(t) to a frequency fe=100 MHz, containing only Upper side band (USB). The signal M(t) lies in the frequency range from ma to fm, where the values of fmz &fma you have to choose in few hundreds of Hertz. Also choose your value for fa in few tens of KHz. M(t) 5.(t) Vict) S.(t) V.(t) Product Modulator Filter-1 Product Modulator Filter-2 A Cosmict A Cosmrt a) b) c) d) e) f) Calculate and plot the frequency spectrum of Sz(t). Write the required properties of Filter-1. Calculate and plot the frequency spectrum of V:(t). Calculate and plot the frequency spectrum of Sz(t). Write the required properties of Filter-2. Plot the final frequency spectrum, Va(t) 4 1 2 4 1 3