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wouldnt it be \[y=6x+4\]
@Koikkara help plz
or is it \[y=24x+4\]
the castles conquered are 4*6=24, so the requested function is: \[\Large y = 24 + 4x\] where x is the number of remaining levels
there not an equation that looks like that
the only one that looks like that is the one i posted
has Jason completed 6 levels?
so, he has conqured 6*4= 24 castels, right?
yes i think so
LET ME WORK IT OUT
LMAO OK NOMY
how many levels are in total?
it doesnt say
go to math ways its a math website
send me a link plz
@nomymalik what do i do now
put the problem
@nomymalik that didnt help
@reneesweet17 QH can Help you learn things in a correct way, He is an experienced user. Listen to Him !
I think that the right equation is: \[y = 24 + 4x\]
oh then idk
as I explained before
likie i said the only one that look even close to that one is the one i posted on the comments
I think that if there are 4 catles to conquer in a single level, and Jason has completed 6 levels, then Jason has conquered 6*4 = 24 castels. Now if Jason has to complete x levels, then when he has completed those x levels, he has conquered: 24+ 4*x castles
\(Sample~Question\) . Jackson is playing a video game that has 3 castles to conquer within each level. Jackson has completed 5 levels so far. If x represents the number of remaining levels to complete, which of the following equations can be used to find the total number of castles Jackson will have conquered once he completes the final level? \(Solution\) Jackson has already completed 5 levels with 3 castles conquered per level. So, he has already conquered 15 castles. Each remaining level, represented by x, contains 3 castles to conquer. Therefore, the equation that can be used to find the total number of castles Jackson will have conquered once he completes the final level is shown below. y = 3x + 15 @reneesweet17 Does this look similar to your question ? \(try..how~y=3x~+~15\) came... and you can sort out your question !! \(Hope~it~helps~!\)
im not even on the same one it was the one i posted