Question

Let g(x) = x^2 + 2x - 6. Find the value of 2[g(2)].

12

4

18

6

Answer 1

do you can calcule g(2) = ?

Answer 2

just substitute the 2 in place of x inside this quadratic

Answer 3

\(\bf g(x) = x^2 + 2x - 6
\\ \quad \\
g({\color{brown}{ 2}})=({\color{brown}{ 2}})^2
+2({\color{brown}{ 2}})-6\implies \square ?
\\ \quad \\
2[g(2)]\implies 2\cdot \square ?\)

Answer 4

I still don't know what the answer is

Answer 5

exactly how @jdoe0001 ve wrote it above

Answer 6

is it 12 or 4

Answer 7

first calcule the g(2) = ?

Answer 8

I am not sure how

Answer 9

substitute in place of x the 2 and make the calculi

Answer 10

so is it 4

Answer 11

please show your work

Answer 12

g(2), insert 2 for x
g(2) = 2^2 + 2(2) + 6 = 4 + 4 + 6 = 4 @jhonyy9

Answer 13

not is plus 6 is there -6

Answer 14

4+4-6=8-6=2

Answer 15

so it is 6

Answer 16

why 6 ?

Answer 17

g(2)=8-6=2

Answer 18

so and 2*g(2) = 2*2 = ?

Answer 19

18 is the answer

Answer 20

why 18 ? 2*2 = ?

Answer 21

2*2 = not 18

Answer 22

4 is the answer, this is what I said first

Answer 23

yes but i wan checking your work - ok. ? how you get this 4

Answer 24

yes 4 is the right answer sure bc. 2*g(2) = 2*2 =4

Answer 25

hope helped

good luck

bye bye

Answer 26

Ok, thanks bye