Question

justify the trueness of the statement "an element of a set can never be a subset of itself" ​

Answer 1

A subset(X) of a set(Y) is defined as the set containing some or all elements of that set(Y). An element of a set (Y) can never be a subset of (Y). It has to be another set. So, coming back to question “An element of a set can never be a subset of itself.”

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#Hope it helps u

Answer 2

Step-by-step explanation:

A subset(X) of a set(Y) is defined as the set containing some or all elements of that set(Y). An element of a set (Y) can never be a subset of (Y). It has to be another set. So, coming back to question “An element of a set can never be a subset of itself.”