Which function graph is symmetric about the y-axis? A. y = x² B. y = x³ C. y = |x| D.
A. Point A and point B are on the x-axis. B. Point A and point B are on the y-axis. C. Point A is on the x-axis and point B is on the y-axis. D. Point A is on the y-axis and point B is on the x-axis.
<p>To determine which points lie on the x-axis, we need to understand the condition for a point to be on the x-axis in the coordinate plane. A point is represented as (x, y), where 'x' is the x-coordinate and 'y' is the y-coordinate. For a point to lie o
Find the point on the x-axis at which the graph of f crosses it. What is f(x) at this point? Roots: The roots of a function are defined as where the function {eq}\displaystyle f(x) {/eq} touches the x-axis. The roots of functions are used to...
When a region in the xy-plane is bounded above by f(x) and below by g(x) for all x in the interval [a,b], the area of the region can be found by integrating. A=∫ab(f(x)−g(x))dx If the region is bounded instead on the right ...
Which function has a graph that is a straight line parallel to the x-axis? A. y = 5 B. x = 5 C. y = x D. y = x + 5 相关知识点: 试题来源: 解析 A。平行于 x 轴的直线表示 y 值恒定,A 选项 y = 5 中 y 值始终为 5,是平行于 x 轴的直线,故选 A。反馈 收藏 ...
The graph of a function is a straight line parallel to the x-axis. Which function could it be? A. y = 0 B. y = x C. y = x + 1 D. y = x^2 相关知识点: 试题来源: 解析 A。因为平行于 x 轴的直线上所有点的纵坐标都相同,只有 y = 0 是一条平行于 x 轴的直线。 反馈 ...
Function that best describe the graph: Based on the graph there are four zeros of the polynomial function which are the values of x that intersecting the x-axis, two of them are negative and two are positive.Thus what we are going to do is find the values ...
the new {eq}y {/eq}-coordinate, while keeping the {eq}x {/eq}-coordinates the same. Similarly, if the graph of {eq}f(x) {/eq} is known, then the graph of {eq}f(cx) {/eq} where {eq}c > 0 {/eq} is the graph ...
Can graph of a function be symmetric about the x-axis? Can it be symmetric about the y-axis? Why or why not? Determine whether the function is symmetric with respect to x-axis, y-axis or origin. y = x^2 - \frac{4}{2x} y^2 = x + 9 ...