The graphs are identical and intersect at infinitely many points.
This is because 2(2x+3) is the same as 4x+6
Distribute the outer 2 to each term inside
2 times 2x = 4x
2 times 3 = 6
So 2(2x+3) simplifies to 4x+6
Or you can think of 4x+6 factoring to 2(2x+3)
You subtract the 12 and 3 and then add the 3+5 and you get 9x+8
Find the next two terms in the given sequence, then write it in recursive form. A.) {7,12,17,22,27,...} B.) { 3,7,15,31,63,...}
quester [9]
It is gonna be 12,7 because the question asking for what is the recursive
You get a complex fraction and you then have to "copy, dot, flop"
For example, (1/2)/5
To solve this, you would change it to 1/2 x 1/5 to get .1
Answer:
A^2
Step-by-step explanation:
You have the a you are just putting it in exponets which is A to the 2nd power.