That depends on the value of x. You can think of those two expressions as being linear functions:
f(x) = -3x - 6
g(x) = x - 2
To find the point at which they intersect (where f(x) = g(x)), we simply have to declare them as being equal and solve for x:
if f(x) = g(x) then:
-3x - 6 = x - 2
-4x = 4
x = -1
So the two functions intersect at the point where x = -1. If you plug that value into either function, you'll find that they return the value -3. This tells ups that these functions describe two lines that intersect at the point (-1, -3).
Given that the coefficient of our first function, "f" has a lower value than the function "g", we know that when the x value is greater than that of their point of intersection, "g" will return a greater value. Before our point of intersection, "f" will return a greater value.
So in answer to your original question, we can say:
if x < -1: yes
if x ≥ -1: no
horizontal
In the context of an ellipse, the vertical axis is the major axis.
It consists of two disjointed line segments: x ≤ -3 and x ≥ 3.
< > = Greater than , less than and equal too
x = 8y = 6(5x8) + (3x6) = 58(5x8) - (3x6) = 22
x2 is greater than 36 is solved: -6 < X > 6 Those who think they are failures are failures, those who think they are winners are winners.
no, but y = x2 is a function
x2-5x = 0 x(x-5) = 0 x = 0 or x = 5
horizontal
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Horizon is not right, its vertical!
It depends on whether the number being raised to the power is greater than or less than 1. If x < 1 then x3 < x2 If x > 1 then x3 > x2 with equality at x = 1
-3x6-25 is equal to -43
The two are equal at three points: x = -0.766 664 7.., x = 2 and x = 4. For x < -0.766 644 7.., x2 is greater For -0.766 644 7.. < x < 2, 2x is greater For 2 < x < 4, x2 is greater For 4 < x, 2x is greater
x2 + x + 3 is a quadratic expression that describes a parabola whose focal point is at (0, 3), with all real solutions being greater than or equal to three. It can not be factored.
In the context of an ellipse, the vertical axis is the major axis.