What is join \delta(x-(a_{0})/2)y ?

The solution to join \delta(x-(a_{0})/2)y is y\delta((2x-a_{0})/2)

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join \delta(x-(a_{0})/2)y

join

δ (x - \frac{a _{0}}{2}) y

yδ (\frac{2 x - a _{0}}{2})

Solution steps

δ (x - \frac{a _{0}}{2}) y

Join

x - \frac{a _{0}}{2} : \frac{2 x - a _{0}}{2}

= yδ (\frac{2 x - a _{0}}{2})

\frac{150 ( 5 j + 16 )}{j ( 24 j ^{2} + 263 j + 576 )}

\frac{6}{( - 3 x + 1 ) ( 1 - 3 x - 3 h )}

(- 5, 4) y (6, - 8)

\frac{1000 ( 10 s + 1 )}{s ^{3} + 147 s ^{2} + 3290 s + 6000}

(s + 6) (s + 2 + 3 j) (s + 2 - 3 j) (s + 5 - j) (s + 5 + j)

What is join \delta(x-(a_{0})/2)y ?
The solution to join \delta(x-(a_{0})/2)y is y\delta((2x-a_{0})/2)