I can not graph for you, but two points can be found. Zero out X and Y.
-X - 3 = 0
-X = 3
X = - 3
Y = - 3, of course
Draw a line from the second quadrant into the third quadrant and through the fourth quadrant connecting these two points into a descending line.
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∙ 13y ago(a) y = -3x + 1
Graph the following Inequalities: x > 3
The math problem X3 times 64/334 equals 4/7. Getting this answer you will first have to find the value of X.
A cubic.
Differentiation of the function would give you an instantaneous rate of change at one point; the tangent line. Repeated differentiation of some functions would give you many such points. f(x) = X3 = d/dx( X3) = 3X2 =======graph and see
x3
x3
(a) y = -3x + 1
y = x2 is an (approximately) U shaped graph that is entirely above the x axis and is symmetric about the y axis. y = x3 is asymptotically negatively infinite when x is negatively infinite and positively infinite when x is positively infinite. It is symmetric about the line x+y=0.
A line graph needs an equation. x-2 and x3 are expressions: neither is an equation.
The graph is a diagonal line with a slope of 1, passing through the x-axis at (3, 0) and the y-axis at (0, -3), extending from the lower left to the upper right.
Graph the following Inequalities: x > 3
x^(3) = 5.1231010 Take the cube root Hence x = 5.231010^(1/3) x = 1.735915243
ex = x3 This has two solutions: x = 4.5364... and x = 1.85718... Plot the graph of each and you can see the intersections.
Yes, y = -x3+1 is a function. You can graph it and see that it passes the vertical line test. See related link, below.
what x3 equals 63 is:21x3=63
That's the same as x3 times x3 which equals x6