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To determine if (-12 = 6y) represents direct variation, we can rearrange the equation to solve for (y). Dividing both sides by 6 gives (y = -2), which shows that for each value of (y), there is a constant multiple of (-2). Since this equation can be expressed in the form (y = kx) (where (k) is a constant), it does represent a direct variation.
What else can I help you with?
What is the constant of variation for the quadratic variation 6y equals 4x2?
6y = 4x^2 y = (4/6)x^2 y = (2/3)x^2 Option B: 2/3
X - 3y equals -3 and -2x plus 6y equals 12 solution?
x - 3y = -3: multiply by -2 giving -2x + 6y = 6, but -2x + 6y = 12 so we have a problem! Misprint?
What is the slope of -x plus 6y 12?
The slope of -x plus 6y is equals to 12 is said to be (2 + 1/6x).
5x 4y equals 12 7x-6y equals 40?
(4, -2)
Does the equation 6y 18x represent a direct variation?
The equation (6y = 18x) can be simplified to (y = 3x) by dividing both sides by 6. This shows that (y) varies directly with (x), as it can be expressed in the form (y = kx) where (k = 3). Therefore, yes, the equation represents a direct variation.
-6y plus 5 equals -67?
-6y + 5 = -67y=12-6y = -72-y = -12y = 12
What is the constant of variation for the quadratic variation 6y equals 4x2?
6y = 4x^2 y = (4/6)x^2 y = (2/3)x^2 Option B: 2/3
X - 3y equals -3 and -2x plus 6y equals 12 solution?
x - 3y = -3: multiply by -2 giving -2x + 6y = 6, but -2x + 6y = 12 so we have a problem! Misprint?
What is the slope of -x plus 6y 12?
The slope of -x plus 6y is equals to 12 is said to be (2 + 1/6x).
Does the equation 6y equals 18x represent a direct variation?
Yes. 6y = 18x can be cancelled down to y = 3x. If drawn on a graph, the gradient of the straight line at any given point would be 3. The line also crosses the point (0, 0) [the origin]
Solve for y -3x plus 6y equals 12?
y-3x+6y=12 7y=3x+12 y=3x/7 +12/7
5x 4y equals 12 7x-6y equals 40?
(4, -2)
Does the equation 6y 18x represent a direct variation?
The equation (6y = 18x) can be simplified to (y = 3x) by dividing both sides by 6. This shows that (y) varies directly with (x), as it can be expressed in the form (y = kx) where (k = 3). Therefore, yes, the equation represents a direct variation.
What is 3x plus 6y equals 12 in slope-intercept form?
3x + 6y = 12 Rearranging terms: 6y = -3x + 12 Divide through by 6: y = -1/2*x + 2
What is the y-intercept of 3x-6y equals 72?
[ y = -12 ] is.
5x plus 4y equals 12 7x - 6y equals 40?
(4, -2)
How can you get coefficients that are equal for x in 12x plus 6y equals 13 and 4x plus 6y equals 12?
Solving these simultaneous equations by the elimination method:- x = 1/8 and y = 23/12
