Use p = 2 and p = 8 to determine if the two expressions are equivalent. 4(2 + p) 14 + p Complete the statements. If both expressions have the same value after substituting two different values and simplifying, then they are . When p = 2, the first expression is and the second expression is 16. When p = 8, the first expression is 40 and the second expression is . The expressions are...
If both expressions have the same value after substituting two different values and simplifying, then they are equivalent.
When p = 2, the first expression is 4(2 + p) = 16 and the second expression is 14 + p = 16.
When p = 8, the first expression is 4(2 + p) = 40 and the second expression is 14 + p = 22.
The expressions are not equivalent since they do not always have the same value for different values of p.
If both expressions have the same value after substituting two different values and simplifying, then they are equivalent. When p = 2, the first expression is 4(2 + p) = 4(2 + 2) = 4(4) = 16. The second expression is 14 + p = 14 + 2 = 16.
When p = 8, the first expression is 4(2 + p) = 4(2 + 8) = 4(10) = 40. The second expression is 14 + p = 14 + 8 = 22.
The expressions are not equivalent because they have different values for some values of p.