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Mathematics 21 Online
MarthaSpeaks:

Who here can solve this simple equation with an explanation? 2x – 4 = 2. It’s very easy.

MarthaSpeaks:

Just asking questions for the algorithm

Brazyxkapalot:

move the terms to tha right

ScamTheMan:

Well, your first step is very simple, you want to isolate your variable to one side. You can do this my adding 4 to both sides. After that you get: 2x = 6 Now, you have to isolate your variable further by getting just the variable. You can do this by dividing both sides by the number "2". After that you get: x = 3 Which is your answer. You can also check this problem by simply substituting the number 3 for x in the original equation. If it equals out after you've done your steps, then you've got the correct answer.

MarthaSpeaks:

\(\color{#0cbb34}{\text{Originally Posted by}}\) @ScamTheMan Well, your first step is very simple, you want to isolate your variable to one side. You can do this my adding 4 to both sides. After that you get: 2x = 6 Now, you have to isolate your variable further by getting just the variable. You can do this by dividing both sides by the number "2". After that you get: x = 3 Which is your answer. You can also check this problem by simply substituting the number 3 for x in the original equation. If it equals out after you've done your steps, then you've got the correct answer. \(\color{#0cbb34}{\text{End of Quote}}\) Ah yes big brain

ScamTheMan:

Ye, my brain be PULSATING

smackz:

2x -4 = 2 +4 = +4 2x = 6 2x/2 = 6/2 ^ cancels out = 3 x = 3

smackz:

hope this doesnt help you :D

supie:

\[2x−4=2\] \(\sf\ +4\ to\ both\ sides\) \[2x−4+4=2+4\]\[2x=6\] \(\sf\ ÷2\ to\ both\ sides\) \(\LARGE\frac{2x}{2}=\frac{6}{2}\) \(\mathbb x=3 \)

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