![SOLVED: Evaluate the following integrals (Note: 8" refers to the Dirac delta function) A Jz (3x2 2x 1)8(x - 3) cos(x)e(x - T) C J8 (x")8(x + 1) D: f22(2x + 3)8(3x) SOLVED: Evaluate the following integrals (Note: 8" refers to the Dirac delta function) A Jz (3x2 2x 1)8(x - 3) cos(x)e(x - T) C J8 (x")8(x + 1) D: f22(2x + 3)8(3x)](https://cdn.numerade.com/ask_images/b5fa332d2ee64de7b3c09b4892994c1a.jpg)
SOLVED: Evaluate the following integrals (Note: 8" refers to the Dirac delta function) A Jz (3x2 2x 1)8(x - 3) cos(x)e(x - T) C J8 (x")8(x + 1) D: f22(2x + 3)8(3x)
Everything is Physics - The Dirac delta function δ(x) is a distribution on the real line which equals zero everywhere except at zero, with an integral of one over the entire real
![SOLVED: [Total: points] Prove the following properties of the Dirac delta function 6(1) 6(-I) 6) Je " dro(r a)o(r - 6) = Ba - 6) f(s)or a) = f(a)o( a) d) Sar) = 6r) /lal SOLVED: [Total: points] Prove the following properties of the Dirac delta function 6(1) 6(-I) 6) Je " dro(r a)o(r - 6) = Ba - 6) f(s)or a) = f(a)o( a) d) Sar) = 6r) /lal](https://cdn.numerade.com/ask_images/81988cd8880943b1a331b21b5548bd59.jpg)