examples of linear relationships are: - Y= mX + b -Y= mx -Y= 2(6) + 2 - Y= 2(6) - 2 - Y= 3(5)
Yes, y=-2+x is a linear function.
NO!!! Because it is not equated to any value. However if you mean y^(2) - 5x = 0 Then y^(2) = 5x is NOT a linear equation. It is a parabola lying on its side.
let this integer be (xy) (xy) = 10x + y 10x+y = 2.x.y 10x + y - 2xy = 0 2x.(5-y) +y= 0 x= y / 2(y-5) when the integer provides this condition, it is equal to twice the product of its digits. And there is such only one integer. 36
No, y=x-2 is linear.
Sorry, I meant 2^y=3x
examples of linear relationships are: - Y= mX + b -Y= mx -Y= 2(6) + 2 - Y= 2(6) - 2 - Y= 3(5)
Yes, y=-2+x is a linear function.
You should use multiples of the denominator of the [slope] coefficient.That assumes, of course, that the y-intercept is an integer.
Linear equations can be written as y = mx + b. Any other function would be non-linear. Some linear equations are: y = 3x y = 2 y = -2x + 4 y = 3/4x - 0.3 Some non-linear functions are: f(x) = x2 y = sqrt(x) f(x) = x3 + x2 - 2
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No, y=x^2 + 2 is a quadratic equation. A linear equation is one in the form y=mx+b. A quadratic has a form y=ax^2+bx+c.
4
If you mean y = 4x+2 then it is the linear equation of a straight line
NO!!! Because it is not equated to any value. However if you mean y^(2) - 5x = 0 Then y^(2) = 5x is NOT a linear equation. It is a parabola lying on its side.
let this integer be (xy) (xy) = 10x + y 10x+y = 2.x.y 10x + y - 2xy = 0 2x.(5-y) +y= 0 x= y / 2(y-5) when the integer provides this condition, it is equal to twice the product of its digits. And there is such only one integer. 36
No, y=x-2 is linear.