Translations and Reflections Jeopardy Template (2024)

FAQs

How to do translations and reflections? ›

When you perform translations, you slide a figure left or right, up or down. This means that on the coordinate plane, the coordinates for the vertices of the figure will change. To graph a translation, perform the same change for each point. You can identify a reflection by the changes in its coordinates.

What are reflections, rotations, and translations called? Reflections, rotations, and translations are examples of transformations. In a transformation, the original shape is called the preimage and the transformed shape is referred to as the image.

Translations, reflections, and rotations all don't change the shape and size of the object.

What are some topics for Jeopardy? There are a ton of topics and categories you can use in Jeopardy. Some include history, geography, science, literature, sports, movies, TV, music, pop culture, food and drink, politics, law, Oscar nominations etc.

The reflection across the y-axis came first, then the translation to the right one space. One important thing to note here is that with reflections, they are always across an axis, either the y-axis or the x-axis.

The four important rules of transformation are vertical transformation, horizontal transformation, stretched transformation, compressed transformation.

A translation moves a shape without any rotation or reflection. For example, the square on the left has been translated 2 units up (that is, in the positive y-direction) to get the square on the right. Rotating an object means turning it around a point, which is called the center of rotation.

Reflection is flipping an object across a line without changing its size or shape. Rotation is rotating an object about a fixed point without changing its size or shape. Translation is sliding a figure in any direction without changing its size, shape or orientation.

In geometry, a glide reflection or transflection is a geometric transformation that consists of a reflection across a hyperplane and a translation ("glide") in a direction parallel to that hyperplane, combined into a single transformation.

What are the rules for translation rotation reflection dilation? ›

The translation is moving the shape in a particular direction, reflection is producing the mirror image of the shape, rotation flips the shape about a point in degrees, and dilation is stretching or shrinking the shape by a constant factor.

In general, two reflections do not commute; a reflection and a rotation do not commute; two rotations do not commute; a translation and a reflection do not commute; a translation and a rotation do not commute. Two translations do commute, and two rotations pivoting around the same point commute.

The most common Jeopardy response is "What is China?" In Double Jeopardy, it is "What is Australia?" The most common category in Final Jeopardy! is "Word Origins." The heat charts on the bottom shows the frequency of the answers and categories coming up over time.

They definitely do. The exact same question about a Canadian lake was once asked as a daily double to Roger Craig, and then just recently re-used in an episode. Same phrasing if not the exact same wording. Questions with the exact same wording reappear more often than you think.

To reflect over the x-axis, change the sign on the y coordinates of selected given points. Reflections over the y-axis require the x coordinated to be negated. Reflections over the origin require that both the x and y coordinates be negated, and to reflect over the line y=x, swap x and y.

If a point represents the pre-image as (x,y), a horizontal translation will be a point (x+a,b) or (x-a,b), where positive a moves to the right and negative a moves to the left. A vertical translation moves the pre-image upwards or downwards a plane. The y-values are changed for this translation and not the x.

When you reflect a point across the line y = x, the x-coordinate and y-coordinate change places. If you reflect over the line y = -x, the x-coordinate and y-coordinate change places and are negated (the signs are changed). the line y = x is the point (y, x). the line y = -x is the point (-y, -x).