Denise is checking to determine if the expressions x + x + 6 and 4 + 3 x minus 2 are equivalent. When x = 4, she correctly found
that both expressions have a value of 14. When x = 2, she correctly evaluated the first expression to find that x + x + 6 = 10. What is the value of the second expression when x = 2, and are the two expressions equivalent?
The value of the second expression is 2, so the expressions are equivalent.
The value of the second expression is 4, so the expressions are not equivalent.
The value of the second expression is 8, so the expressions are not equivalent.
The value of the second expression is 10, so the expressions are equivalent.
The right answer is "2" the divisiveness rule says that the number which it's last two digit is divisible to 4 and 2 is divisible to 8 so if you add another digit you have to make it divisible to 4 and 2 which in this case is number "2"
