Algebra help.

[Daedalus]

How would I go about solving this?

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[Darkness ZXW]

x y and z are all 1

[Daedalus]

x y and z are all 1

o_o
you just loving blew my mind
guess I'll figure out how to actually solve it later

[Lugnut]

x y and z are all 1

ahahahaha, brilliant.

[shyGriff]

at first i was really confused but then i sort of understand it

[GenaralSkar]

x y and z are all 1

I think if that were true all the variables would just be called x. Unless it's a trick question and you're school is trying to make you fail.

[Darkness ZXW]

I think if that were true all the variables would just be called x. Unless it's a trick question and you're school is trying to make you fail.

simplest answer, proven correct by all the problems

[Kill All]

turn it into a system of two variables, two equations

[SpreadsPlague]

I think if that were true all the variables would just be called x. Unless it's a trick question and you're school is trying to make you fail.

never go full handicap

[Slicks555]

You line them up and subtract. Let me try to remember.

x	+	2y	+	z	=	4
		4y	+	3z	=	1

so you multiply the first one by 2 to get rid of y first.

2x	+	4y	+	2z	=	4
		4y	+	3z	=	1
x	+			-1z	=	3

Then you repeat except to get rid of Z, but using 3 instead of 2 so that the 3zs line up. Use the product of the last one in that one. Then repeat again with the third equation to finish.

[Daedalus]

You line them up and subtract. Let me try to remember.

x	+	2y	+	z	=	4
		4y	+	3z	=	1

so you multiply the first one by 2 to get rid of y first.

2x	+	4y	+	2z	=	4
		4y	+	3z	=	1
x	+			-1z	=	3

Then you repeat except to get rid of Z, but using 3 instead of 2 so that the 3zs line up. Use the product of the last one in that one. Then repeat again with the third equation to finish.

<3

[Ben Grapevine]

This was an easy problem, lol

[SirLancelot7]

just use the substitution property after isolating the variables.

[Daedalus]

just use the substitution property after isolating the variables.

it was just hard to isolate them for me
but thanks

[Grumpy]

what grade are you in...?