Answer:
same variable and same exponent
Step-by-step explanation:
they need to add up to -56
and multiply to 180
What data are you talking about ?
Answer:
State A was the <u>12th</u> state to enter the Union. State B was the <u>11th</u> state to enter the Union.
Step-by-step explanation:
Let's call x to the order-of-entry of State B, therefore the order-of-entry of State A is x+1. Given that he product of their order-of-entry numbers is 132:
x*(x+1) = 132
x² + x - 132 = 0
Using quadratic formula:







The negative solution has no sense in the context of our problem, then the solution is x = 11.
The first A because once you plug in the numbers into the x,y it is easier to find the solution.