Answer :
1. Simplify first!
3x + x + 3 = 2(2x+1)+1
4x + 3 = 4x + 2 + 1
4x + 3 = 4x+3
Infinite solutions
2. Multiply both sides by three on the first equation and you will realize that these are the same equation. Because of this there are infinitely many solutions.
3x + x + 3 = 2(2x+1)+1
4x + 3 = 4x + 2 + 1
4x + 3 = 4x+3
Infinite solutions
2. Multiply both sides by three on the first equation and you will realize that these are the same equation. Because of this there are infinitely many solutions.
1)
3x+x+3=2(2x+1)+1
Lets simplify it by first opening up the parenthesis.
3x+x+3=4x+2+1
Now lets add like terms :)
4x+3 = 4x+3
And since both sides equal to each other, we will have infinite solutions!
2)
4x+2y=60
12x+6y=180
You can notice that 12x+6y=180 is basically 3(4x+2y) = 3(60)
So that means it has infinitely many solutions.
Another way to check it would be to graph it. If you look the graph, you will notice that these two equations have the same line. So thus, it has infinitely many solutions. :)
3x+x+3=2(2x+1)+1
Lets simplify it by first opening up the parenthesis.
3x+x+3=4x+2+1
Now lets add like terms :)
4x+3 = 4x+3
And since both sides equal to each other, we will have infinite solutions!
2)
4x+2y=60
12x+6y=180
You can notice that 12x+6y=180 is basically 3(4x+2y) = 3(60)
So that means it has infinitely many solutions.
Another way to check it would be to graph it. If you look the graph, you will notice that these two equations have the same line. So thus, it has infinitely many solutions. :)