8. Find the solution r (t) of the IVP given as L" + 4x' + 13x = f (t) r (0) = 0 and r' (0) = 0 A) r (t) = (t – T) e-37 sin 27 dr B) r (t) = (t – T) e-37 sin 27 dr C) r (t) =: t – 7) e²¯ sin 37 dT D) a...

Please explain properly <>

Extracted text: 8. Find the solution r (t) of the IVP given as L" + 4x' + 13x = f (t) r (0) = 0 and r' (0) = 0 A) r (t) = (t – T) e-37 sin 27 dr B) r (t) = (t – T) e-37 sin 27 dr C) r (t) =: t – 7) e²¯ sin 37 dT D) a (t) = (t – T) e-27 sin 37 dr E) r (t) = f (t – T) e-27 sin 37 dr