Let A = {0, 1}, B = {0, 2, 3}, and C = {0, 4, 5}
Accordingly, \(A ∩ B = \){0} and \(A ∩ C =\) {0}
Here, \(A ∩ B = A ∩ C = \){0}
However, \(B ≠ C [2 ∈ B \) and \(2 ∉ C]\)
\(f(x) = \begin{cases} x^2, & \quad 0≤x≤3\\ 3x, & \quad 3≤x≤10 \end{cases}\)
The relation g is defined by
\(g(x) = \begin{cases} x^2, & \quad 0≤x≤2\\ 3x, & \quad 2≤x≤10 \end{cases}\)
Show that f is a function and g is not a function.
Some important operations on sets include union, intersection, difference, and the complement of a set, a brief explanation of operations on sets is as follows:
1. Union of Sets:
2. Intersection of Sets:
3.Set Difference:
4.Set Complement: