Which equation shows the identity property of addition? Choices: (A)p + q = n + p (B)0 + n = n (C)n + p = p + n (D)(n + p) + q = n + (p + q)

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Which equation shows the identity property of addition?    Choices: (A)p + q = n + p (B)0 + n = n (C)n + p = p + n (D)(n + p) + q = n + (p + q)

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Understand Identity Property: Understand the identity property of addition. The identity property of addition states that any number plus zero is the number itself. The general form of this property is: a + 0 = aMatch Given Choices: Match the given choices with the identity property of addition. We need to find an equation where a number is added to zero and the result is the number itself.Evaluate Choices: Evaluate the choices to find the one that matches the identity property. (A) p + q = n + p does not match the identity property because there is no zero involved. (B) 0 + n = n matches the identity property because adding zero to n gives n. (C) n + p = p + n is the commutative property of addition, not the identity property. (D) (n + p) + q = n + (p + q) is the associative property of addition, not the identity property.Select Correct Choice: Select the correct choice that demonstrates the identity property of addition. The correct choice is (B) 0 + n = n because it shows that adding zero to a number n gives the number n itself, which is the identity property of addition.

Which equation shows the identity property of addition? $\newline$ Choices: $\newline$ (A) $p + q = n + p$ $\newline$ (B) $0 + n = n$ $\newline$ (C) $n + p = p + n$ $\newline$ (D) $(n + p) + q = n + (p + q)$

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Which equation shows the identity property of addition?\newlineChoices:\newline(A) p+q=n+pp + q = n + pp+q=n+p\newline(B) 0+n=n0 + n = n0+n=n\newline(C) n+p=p+nn + p = p + nn+p=p+n\newline(D) (n+p)+q=n+(p+q)(n + p) + q = n + (p + q)(n+p)+q=n+(p+q)

Which equation shows the identity property of addition? $\newline$ Choices: $\newline$ (A) $p + q = n + p$ $\newline$ (B) $0 + n = n$ $\newline$ (C) $n + p = p + n$ $\newline$ (D) $(n + p) + q = n + (p + q)$