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When a straight line equation is parallel to another equation the slope remains the same but the y intercept changes
y = - 1/3 x + any number.
Rearranging the original equation, we get y=-(2/3)x+12. Since 12 is the constant, this is the point that the line of this equation will cut the y-axis if x=0. Therefore, -(2/3) is the gradient and for an equation to produce a parallel line, the gradient must be equal. Summing up, y=-(2/3)+c (where c equals any real number) would be parallel
You are missing a - or + sign. The answer is 5/2 though. :)
x = -3 represents a vertical line whose slope is undefined.
y=-(2/3)x + (n) where n can be any integer.
2y= 3x+6
When a straight line equation is parallel to another equation the slope remains the same but the y intercept changes
The slope is 5. Parallel lines always have the same slope.
y = - 1/3 x + any number.
Rearranging the original equation, we get y=-(2/3)x+12. Since 12 is the constant, this is the point that the line of this equation will cut the y-axis if x=0. Therefore, -(2/3) is the gradient and for an equation to produce a parallel line, the gradient must be equal. Summing up, y=-(2/3)+c (where c equals any real number) would be parallel
You are missing a - or + sign. The answer is 5/2 though. :)
x = -3 represents a vertical line whose slope is undefined.
1, it will have the same slope but the y intercept will be different.
y -4 = 3(x-3)y = 3x -5
Your answer can vary as long as it has a slope of 1. So it could be y=x+(insert number here)
3