Well, isn't that just a happy little question! To determine if an equation represents a direct variation, we look for a relationship where one variable increases as the other increases at a constant rate. In this case, since the coefficients of x and y are not the same, 5 and 8, it does not represent a direct variation. Just remember, every equation is like a beautiful landscape waiting to be explored!
8x-7 plus 2x equals 6 plus 5x plus 2?
(9,2)
5x + 20 = 4x +30 5x - 4x = 30 - 20 x = 10
5x+3 = -17 5x = -17-3 5x = -20 x = -4
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y = 5x + 1 is nota direct variation.y = 5x + 1 is nota direct variation.y = 5x + 1 is nota direct variation.y = 5x + 1 is nota direct variation.
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Yes, this is an example of direct variation.A:This is a direct variation because both are in the numerator of a fraction and on opposite sides of the = sign. If they are both on the same side of the equals sign, then one would have to be in the numerator and the other in the denominator for them to be a direct variation.
5x plus 3 does equal 3 plus 5x; commutative law.
What is the answer to 2x - 5x plus 6.3 equals -14.4?
x=6
y=5-2
8x-7 plus 2x equals 6 plus 5x plus 2?
Yes.
How do you add 2x plus 3y equals 18 in 5x-y equals 11
The answer to the math problem of 5x plus 12 equals 93-4 is 77/5.
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