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What does reflect the triangle?
"Reflect the triangle" typically refers to the geometric operation of reflecting a triangle across a line or point, resulting in a mirror image of the original triangle. This transformation maintains the shape and size of the triangle while altering its position in the plane. The reflection can be applied across various axes, such as the x-axis, y-axis, or any line, depending on the desired outcome. Ultimately, it illustrates symmetry and spatial relationships in geometry.
How do you reflect over the y?
To reflect a point or a shape over the y-axis, you change the sign of the x-coordinate while keeping the y-coordinate the same. For example, if a point is located at (x, y), its reflection over the y-axis will be at (-x, y). This process effectively flips the shape or point horizontally across the y-axis.
How do you reflect the shape in the y axis?
To reflect a shape across the y-axis, you change the sign of the x-coordinates of each point in the shape while keeping the y-coordinates the same. For example, if a point is located at (x, y), its reflected point will be at (-x, y). This transformation effectively mirrors the shape on the opposite side of the y-axis.
When you reflect a figure across the x axis do the x-coordinates change or remain the same?
When you reflect a figure across the x-axis, the x-coordinates of the points remain the same, while the y-coordinates change sign. This means that if a point is at (x, y), its reflection across the x-axis will be at (x, -y).
How do you reflect across the x axis?
To reflect a point across the x-axis, you simply change the sign of its y-coordinate while keeping the x-coordinate the same. For example, if the original point is (x, y), the reflected point will be (x, -y). This transformation flips the point vertically over the x-axis.
Fazel says that if you reflect a triangle in the x axis and then in the y axis the image of the triangle will be the same as if you did the reflections in the opposite order do you think he is right?
Yes.
What does reflect the triangle?
"Reflect the triangle" typically refers to the geometric operation of reflecting a triangle across a line or point, resulting in a mirror image of the original triangle. This transformation maintains the shape and size of the triangle while altering its position in the plane. The reflection can be applied across various axes, such as the x-axis, y-axis, or any line, depending on the desired outcome. Ultimately, it illustrates symmetry and spatial relationships in geometry.
an architect transforms?
reflect across the y-axis
How do you reflect over the y?
To reflect a point or a shape over the y-axis, you change the sign of the x-coordinate while keeping the y-coordinate the same. For example, if a point is located at (x, y), its reflection over the y-axis will be at (-x, y). This process effectively flips the shape or point horizontally across the y-axis.
What rule describes a transformation across the Y-Axis?
Since the x coordinate will change, but not the y coordinate, take (x,y) and reflect across the y axis and you have (-x,y)
How do you reflect the shape in the y axis?
To reflect a shape across the y-axis, you change the sign of the x-coordinates of each point in the shape while keeping the y-coordinates the same. For example, if a point is located at (x, y), its reflected point will be at (-x, y). This transformation effectively mirrors the shape on the opposite side of the y-axis.
How do you reflect over x axis?
You change the value of y to -y. ex: (4,5) reflected over the x-axis is (4,-5)
How do you reflect over the y axis when your x axis is already negative?
The bit with the negative x-axis goes to the positive x-axis.
How do you reflect a figure across the y axis?
Replace each point with coordinates (x, y) by (-x, y).
How you can swap the axis of a chart?
Reflect the chart in the line y = x.
What does the slope of a budget line reflect?
the price of goods on the x axis in terms of the good on the y axis
What is impedance triangle?
An impedance triangle has resistance (always positive) in the x axis and reactance (at a right angle to resistance) in the y axis. The line that completes this triangle (the hypotenuse) is the absolute value of the impedance.
