3. A system can be described by the differential equation +3j+2y=1+t with initial conditions y(0)=0) and y(0)=1. (a) Fin
Posted: Mon May 02, 2022 4:33 pm
- 3 A System Can Be Described By The Differential Equation 3j 2y 1 T With Initial Conditions Y 0 0 And Y 0 1 A Fin 1 (33.65 KiB) Viewed 23 times
Anonymous answered this 65 answers * Free response ģt gy + 2y oplet -0 0 = /28 و3 پ زد - and y/o)=0 Solutions ylt) = de $(0-1. solution X My Textbook Solutions answers Signals and Systems - Solutions → r felven, ega ☺ + 3y +ay+1 = t g(0)=0 i ý (0)=1 Solution 916)- - goed te koop **** Steady state solution - Transient statt nuution = 6 - Fonce response using unit fumer - - 3e-2t tent Organic Chemistry tet Solutions → View all solutions t=1 (9) = 0, 0); + 3y + y-410 Soleda. y (t) = l-et * Total response Fonce + Free ·l-et+4-07 e-te-t. 3