MCQs
(A) x `oplus` y = xy + `overline(x)` `overline(y)`
(B ) x `oplus` y = x`overline(y)` + `overline(x)` `overline(y)` = x `oplus` y
(C) `overline(x)` `oplus` y = (`overline(x)`) `overline(y)` + `overline(x)` `overline(y)` + xy = x `oplus` y
(D) `overline(x)` `oplus` `overline(y)` = (`overline (x)`) y + x `overline(y)` = x `oplus` y
`int_0^3` f ( x )dx = `h/2`[ f (` x_0` ) + f ( `x_10` ) + 2 (f (`x_1` ) + f (`x_2`) + ....+ f ( `x_9`))]
= `(0.03)/2`[9.00 + 2(25.65)] = 9.045
P(edge)
= `1/2`
Number of ways we can choose the vertices out of 8 is `8_(c3)`
(Three edges in each cycle)
Expected number of unordered cycles of length 3 = `8_(c3)` x `(1/2)^3` = 7
lim f (`x`) = lim (`x` - 1) = 2 = f (3)
x`rightarrow` 3 + x`rightarrow` 3 +
lim f (`x`) = lim `((x + 3)/3)` = 2 = f (3)
x`rightarrow` 3 - x`rightarrow` 3 -
`:.` f (`x`) is continious at `x` = 3Q: Sum of degrees of all vertices = 2 x ( number of edges )