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# Which function has an axis of symmetry of x = 2?

Which function has an axis of symmetry that is x = 2? Describe the graph of a quadratic equation in a non-linear way. A line is the axis of symmetry of a quadratic equation. The axis of symmetry of a circle is x=2. The axis of symmetry of f(x) is x=2 and the arc of the parabola is y=x2 + z.

The graph of a parabola has two parts. Each part of the graph is called a vertex. The vertex is the point on the graph where the axis intersects the curve. A vertex is the point on the graph where two points meet. Each point in the plot is referred to as an arc, and it can be found by comparing the equations to the vertex form.

## Axis of symmetry

The axis of symmetry of a graph is x = 2. Therefore, a graph with an axis of symmetry of y = 2 is a parabola. It is symmetric with respect to x. The point on the graph is the vertex of the arc. If a graph is symmetric about x, it is a parabola.

An axis of symmetry of a graph is an axis. The axis of symmetry of a curve is the line where a curve crosses itself. In a parabola, the axis of symmetry is x=2. Thus, a square has two axes of symmetry. The same is true of a circle.

Which function has an axis of symmetry at x=2? para: The axis of symmetry of a graph starts at the start bracket. The vertex is on the other end of the graph. It is the line that forms the y-axis of a parabola. In the picture, the y-axis is marked in green.

A symmetric curve is one that has an axis of symmetry at x=2. For example, the parabola has an axis of symmetry at the vertex, which means it has a symmetric axis at x=2? Its axes are marked by the y-axis and x=2. The graph is a symmetric curve if the y-axis lies parallel to the y-axis.

## Function has an axis of symmetry at x=2

Y-axis: a symmetry of a graph is an axis of symmetry at a point on a graph. A symmetric curve is a curve whose axis starts at x=2. In addition, an asymmetric curve is a line that is mirrored over a different axis. This symmetric plane is known as the y-axis.

An axis of symmetry defines a graph’s symmetry with an axis of x=2 and an asymmetric curve is the axis of symmetry of the y-axis. In the parabola, the y-axis is the axis of symmetry of a function. If the y-axis is parallel to the x-axis, the graph is symmetric.

A symmetric curve is defined by the y-axis. In algebra, x=2 is an axis of symmetry of a parabola. In this case, the x-axis is the axis of symmetry of a triangle. Its symmetry is the same as that of a triangle. This property of the graph indicates that it is symmetric about the y-axis.

In mathematics, the axis of symmetry of a parabola is its x-intercepts. As a result, a graph that is symmetric about x is a function of a parabola. A symmetry is the relationship between a triangle and its axis of symmetry of a rectangle. In math, asymmetrical functions are defined as a curve that has a vertical axis of symmetry.

What is a graph symmetric about? A symmetric graph can be rotated 180 degrees around its origin without changing the shape of its graph. A symmetric function is a symmetric function on two axes, which means that it has no axis of symmetry along the y-axis. It is a curve with a vertical axis centered on x.