Just the once because it has equal roots of 1/5
y = 2x2 - 3x + 1 y = (x - 1)(2x - 1) x - 1 = 0 2x - 1 = 0 x = 1 x = 1/2 the answer is 2
what is the slope of the line below? (-1,-4) (2.2)
2
1
H(w)>0
Discriminant = 116; Graph crosses the x-axis two times
y = 2x2 - 3x + 1 y = (x - 1)(2x - 1) x - 1 = 0 2x - 1 = 0 x = 1 x = 1/2 the answer is 2
what is the slope of the line below? (-1,-4) (2.2)
2
The following problem is a parabola so there is only one turning points so the answer is going to be: 2
No. Because apart from its apex, any point on the x-axis is mapped to two points - one above the x axis and one below. A function cannot be a one-to-many mapping.
The IF function is a conditional function. See the related question below.
explain function below in sharing with full control?
To determine the maximum value of a function within a given feasibility region, you need to evaluate the function at all the vertices (corner points) of the region. Identify the coordinates of these vertices, substitute them into the function, and calculate the values. The maximum value will be the highest result obtained from these calculations. If you provide the specific function and feasibility region, I can help you further!
To determine a midpoint, construct a line segment between two endpoints, A and B. Use a compass to measure the distance between A and B, then set the compass to half that length. From point A, draw an arc above and below the segment, and repeat from point B. The intersection points of the arcs give you two points that can be connected to form a perpendicular bisector, which will intersect the original segment at its midpoint.
The x on the horizontal line is used as a reference point. You have a grid. You have a horizontal line and a vertical line. You have two reference points, your x axis and your y axis. In algebra, you search for the point or points where your function crosses the x axis. In calculus, you search for the points where your function changes direction. In advanced geometry, you search for the slope for the slope for the function. As far up or down as you can go, each place on your paper is above or below one point of the horizontal line and can given an x address referring to a point on that line. if you are a million lines out on the x line, your location is 1,000,000x. Your Y line gives you an address as to how high you are above or below the x line. if you are two lines above the x line your y address is 2y. So at that point your function has an address of 1,000,000x, 2y. Everyone knows where the function exists at that point.
Check the link below for details on the Datedif function.