Only do 2a, 4, 5, 7a, and 10.

The book used is "Fourier Transforms in Radar and Signal Processing"

If you need some notes let me know I will update the question.

Pair Function Transform Notes 1a (2.6) 8(x) 1 1b Atla 1 sly) sly) 2 hy) 2a (2.11) So 1 2 + 26 h(x) 8(x) 2 2X rect(x) sinc (x) (2.4), (2.5) 3b sinc (y) rect(y) 1 Ata 4 exp(-x) 1+ 2iy (x20) Laplace transform 5 exp(-77x?) 6b 76 expi-ry) exp (-2Xoy) Sly-yo) (sly - Yo) + Sly + yo))/2 (Sly-yo) - Sly + yo))/2i (Uly - Yo) + Uly + yo))/2 (Uly - Yo) - Uly + yo))/2i 1/(a + 2triy) ov2T exp(-277?o?y?) Y comby (1) 8(x - xo) exp (2 triyox) cos 27 Yox sin 27T YOX u(x)cos 2TT YOX u(x) sin 2 yox exp(-ax) exp(-x?/202) comby(1) 8 P1a, R6a P1b, R6b P6b, R1 P6b, R1 P7a, R7a, (2.17) P7a, R7a, (2.17) (a > 0, x 0) P4, R5 P5, R5 Y= 1/X 8b 9 10 11 Pair Function Transform Notes 1a (2.6) 8(x) 1 1b Atla 1 sly) sly) 2 hy) 2a (2.11) So 1 2 + 26 h(x) 8(x) 2 2X rect(x) sinc (x) (2.4), (2.5) 3b sinc (y) rect(y) 1 Ata 4 exp(-x) 1+ 2iy (x20) Laplace transform 5 exp(-77x?) 6b 76 expi-ry) exp (-2Xoy) Sly-yo) (sly - Yo) + Sly + yo))/2 (Sly-yo) - Sly + yo))/2i (Uly - Yo) + Uly + yo))/2 (Uly - Yo) - Uly + yo))/2i 1/(a + 2triy) ov2T exp(-277?o?y?) Y comby (1) 8(x - xo) exp (2 triyox) cos 27 Yox sin 27T YOX u(x)cos 2TT YOX u(x) sin 2 yox exp(-ax) exp(-x?/202) comby(1) 8 P1a, R6a P1b, R6b P6b, R1 P6b, R1 P7a, R7a, (2.17) P7a, R7a, (2.17) (a > 0, x 0) P4, R5 P5, R5 Y= 1/X 8b 9 10 11