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Reflection graph example1/17/2024 For example, if you have a point (3, 4) and you reflect it over the Y-axis, you get the point (-3, 4) as the mirrored image. What is reflection in math with example? Reflection in math is the transformation of a figure or point across a line or point, creating a mirror image. For example, the rule for reflecting over the Y-axis is to change the sign of the X-coordinates while keeping the Y-coordinates the same. What is the algebraic rule for a reflection over? The algebraic rule for a reflection over a line is specific to the orientation of the line. You calculate the distance from each point in the figure to the center point and create new points on the opposite side of the center point with the same distances. How do you reflect over a point? Reflecting over a point involves creating a mirror image with the point as the center of reflection. If you have a point (x, y), its reflection over Y = X would be (y, x). How do you reflect a line over YX? To reflect a line over the Y = X line, you swap the X and Y coordinates for each point on the line. What is an example of a reflection formula? An example of a reflection formula is for a reflection over the Y-axis: Original point: (x, y) Reflected point: (-x, y) What is the formula for the Y reflection? The formula for the Y reflection is as follows: If you have a point (x, y) and you want to reflect it over the Y-axis, the reflected point is (-x, y). What is reflection over Y? Reflection over Y means flipping a figure or point across the Y-axis, creating a mirror image where the X-coordinates change sign while the Y-coordinates remain the same. ![]() For example, if you have a point (x, y), its reflection over the Y-axis would be (-x, y). What is the rule for reflection over Y? The rule for reflection over the Y-axis is that the X-coordinates of the points remain the same, while the Y-coordinates change sign.
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