wintersuntime
  • wintersuntime
Can someone be nice enough to help me please ?
Mathematics
  • Stacey Warren - Expert brainly.com
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SOLVED
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chestercat
  • chestercat
I got my questions answered at brainly.com in under 10 minutes. Go to brainly.com now for free help!
anonymous
  • anonymous
why not?
anonymous
  • anonymous
gotta ask though...
wintersuntime
  • wintersuntime
I'll post the question

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More answers

wintersuntime
  • wintersuntime
https://www.mathematicsvisionproject.org/uploads/1/1/6/3/11636986/sec1_mod3_sequences_se_71713.pdf
wintersuntime
  • wintersuntime
It's page 8 3.2
wintersuntime
  • wintersuntime
It's only this question -> Set Topic: Evaluating Equations Evaluate the following equations when x = { 1, 2, 3, 4, 5 }. Organize your inputs and outputs into a table of values for each equation. Let x be the input and y be the output.
anonymous
  • anonymous
is the the \(4^x\) one?
wintersuntime
  • wintersuntime
yes with the table
DanJS
  • DanJS
ha, thanks for th ebook
wintersuntime
  • wintersuntime
I have to answer those question 5. 6. 7. 8.
anonymous
  • anonymous
ok in the first column put \( 1, 2, 3, 4, 5\) in the second put \(4, 4^2, 4^3, 4^4, 4^5 \) or rather what you get when you compute those numbers
anonymous
  • anonymous
|dw:1441160033833:dw|
anonymous
  • anonymous
make yours look neater
wintersuntime
  • wintersuntime
That for question 5. right so its multipliying right
anonymous
  • anonymous
it is raising to powers, not multiplying or "multiplying by itself x times"
wintersuntime
  • wintersuntime
oh
anonymous
  • anonymous
for example \(4^3=4\times 4\times 4=64\) not \(12\)
wintersuntime
  • wintersuntime
Can you help me with the other question please
wintersuntime
  • wintersuntime
@satellite73
anonymous
  • anonymous
what is the quesiton?
anonymous
  • anonymous
you mean the next one \((-3)^x\)?
wintersuntime
  • wintersuntime
yes
anonymous
  • anonymous
they are all the same idea replace x by 1, 2, 3, 4, 5 and see what you get
wintersuntime
  • wintersuntime
|dw:1441161271918:dw|
anonymous
  • anonymous
\(x=1,y=(3)^1=-3\) \(x=2,y=(-3)^2=9\) etc
wintersuntime
  • wintersuntime
like that ?
anonymous
  • anonymous
yup!
wintersuntime
  • wintersuntime
yay
anonymous
  • anonymous
yay indeed!
wintersuntime
  • wintersuntime
for the next one is it the same
anonymous
  • anonymous
for the next one it is not the same
wintersuntime
  • wintersuntime
but they are all negative
anonymous
  • anonymous
for the next one all the answers are negative yeah, what you said
anonymous
  • anonymous
the last one is the easiest
wintersuntime
  • wintersuntime
and for the next one is it the same idea
anonymous
  • anonymous
10,100,1000,10000,10,000
wintersuntime
  • wintersuntime
that was easy
anonymous
  • anonymous
now i have a question what is that a picture of?
wintersuntime
  • wintersuntime
what picture ?
wintersuntime
  • wintersuntime
My profile pic
anonymous
  • anonymous
yeah that one
wintersuntime
  • wintersuntime
It's a band from of mice and men
wintersuntime
  • wintersuntime
Of Mice & Men - Second and Sebring (Official Music Video)
anonymous
  • anonymous
ooh
wintersuntime
  • wintersuntime
https://www.youtube.com/watch?v=qSeiG6qMhaI
wintersuntime
  • wintersuntime
you should listen to them they are really good
wintersuntime
  • wintersuntime
hey I'm sorry to bother you but can you help me on 6 question if you can ?
anonymous
  • anonymous
ok
anonymous
  • anonymous
sure
anonymous
  • anonymous
if i can
wintersuntime
  • wintersuntime
okay
wintersuntime
  • wintersuntime
https://www.mathematicsvisionproject.org/uploads/1/1/6/3/11636986/sec1_mod3_sequences_se_71713.pdf
wintersuntime
  • wintersuntime
It's on page 9
anonymous
  • anonymous
on page 9 i see a bunch of equations, but no number 6
wintersuntime
  • wintersuntime
yes its the equations
anonymous
  • anonymous
\[3 x − 1 = 2(x + 3) \]
anonymous
  • anonymous
like that one?
wintersuntime
  • wintersuntime
yes
anonymous
  • anonymous
distribute first
anonymous
  • anonymous
\[3x-1=2x+6\]
anonymous
  • anonymous
subtract \(2x\) from both sides \[x-1=6\]
anonymous
  • anonymous
then add 1 \[x=7\]
anonymous
  • anonymous
you got that?
wintersuntime
  • wintersuntime
kind of confusing
wintersuntime
  • wintersuntime
|dw:1441162041205:dw|
anonymous
  • anonymous
there were no parentheses in the one on the left
anonymous
  • anonymous
\[3x-1=2(x+3)\\ 2x-1=2x+6\\ x-1=6\\ x=7\]
anonymous
  • anonymous
i made a typo there
anonymous
  • anonymous
\[3x-1=2(x+3)\\ 3x-1=2x+6\\ x-1=6\\ x=7\]
wintersuntime
  • wintersuntime
oh
anonymous
  • anonymous
wanna try \[7 x + 20 = x + 5 \]
wintersuntime
  • wintersuntime
I think i get know
wintersuntime
  • wintersuntime
okay
anonymous
  • anonymous
OOH DAMN!
anonymous
  • anonymous
i copied and pasted, but it did not work correctly lets start again
wintersuntime
  • wintersuntime
oh okay
anonymous
  • anonymous
the first one DID have parentheses \[3(x-1)=2(x+3)\]
anonymous
  • anonymous
steps are the same, answer is different
anonymous
  • anonymous
distribute on both sides get \[3x-3=2x+6\]
anonymous
  • anonymous
subtract \(2x\) to get \[x-3=6\]then add 3 gives \[x=9\]
wintersuntime
  • wintersuntime
oh okay I think i get it I'll try to do the next one
wintersuntime
  • wintersuntime
I hope i get it right
anonymous
  • anonymous
ok write the steps (very similar to the last one )
wintersuntime
  • wintersuntime
|dw:1441162804391:dw|
anonymous
  • anonymous
yes
wintersuntime
  • wintersuntime
then x-5
anonymous
  • anonymous
not sure what you mean you have \[7x+140=x+5\] right? you want the x on one side of the equal sing, subtract x from both sides
anonymous
  • anonymous
*sign
wintersuntime
  • wintersuntime
x= -22.5
anonymous
  • anonymous
yup
wintersuntime
  • wintersuntime
I'll try to do the next one
wintersuntime
  • wintersuntime
Is it n= 3.5
anonymous
  • anonymous
yes
wintersuntime
  • wintersuntime
I don't get the next one
anonymous
  • anonymous
don't be scared of the fraction, go ahead and distribute first
wintersuntime
  • wintersuntime
For the last one I got z= 2
anonymous
  • anonymous
got that right
wintersuntime
  • wintersuntime
okay

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