Question

-How can x + 3 = -2x + 5 be set up as a system of equations?

y = x + 13
y = -2x + 5

y = x + 3
y = -3x + 11

y = x + 12
y = -2x + 1

y = x + 3
y = -2x + 5

Answer 1

make a guess, i bet you will be right!

Answer 2

@satellite73 -.-

Answer 3

c'mon, guess
hint
it is the only one with both \(x+3\) and \(-2x+5\)

Answer 4

@satellite73 D

Answer 5

got it on the first try!

Answer 6

@satellite73

do you know this one

Given the geometric sequence where a1 = 2 and the common ratio is 8, what is the domain for n?

All integers

All integers where n ≥ 1

All integers where n ≥ 0

All integers where n ≥ −1

Answer 7

yes i do
you want to guess again? you may be right
hint: the first term is \(a_1\) look at the subscript

Answer 8

\[\huge a_{\color{red}1}\]

Answer 9

want to guess, or you want me to tell you?

Answer 10

@satellite73 C

Answer 11

no, it is B because you start at \(\color{red}1\) and \(n\geq 0\) starts at \(0\)

Answer 12

clear?

Answer 13

@satellite73 thank you

Answer 14

yw
got any others or is that all?

Answer 15

@satellite73

Answer 16

\(j(x)\) will have the highest, because if \(x=0\) then \(j(0)=10\times 2^0=10\times 1=10\) i.e the \(y\) intercept for \(j(x)\) is \(10\)

Answer 17

\(f\) has \(6\)
\(g\) has \(2\) and \(h\) has \(4\) so \(10\) is the largest

Answer 18

ty:)@satellite73

Answer 19

idk if you know this one The probability that a train leaves on time is 0.9. The probability that the train arrives on time and leaves on time is 0.36. What is the probability that the train arrives on time given that it leaves on time?

0.6

0.9

0.27

0.36

Answer 20

@satellite73