Solve for x: (x+4)/3= 2 x = −2 x = 2 x = 2/3 x = -10/3
\[\large \large \frac{ x+4 }{ 3 } =2\] What do you think you do first?
divide
Hmm. What do we divide?
the x value
So what do you get?
-2
I don't get what you did. o.o. So what did you do?
@GoldPhenoix i think you might be leading him in the wrong direction
I want to see his mistake first. :) So I can help him fix his mistake.
This is how you find x, you want to multiply 3 and 2. Why? Well because it would be easier to find x, and it's possible. So 3*2 = 6. So your equation should look like: \[\large \large x + 4 = 6\] Make sense?
so its 2
Yes. X is equal to 2. How to make sure if it's 2? Well plug it in.\[\large \large \frac{ 2+4 }{ 3 } =2\] The numerator becomes 6. 6/3 = 2. Yes, x = 2. (Once again) I hope this help!
When you have an equation with fraction, and you want to solve for x. You want to multiply the base by the denominator. Alright?
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