The video tutorial covers algebraic representations of geometric transformations, focusing on translation, reflection, and rotation. It explains how each transformation affects the coordinates of a shape, using examples to illustrate the changes. The tutorial emphasizes understanding the rules for each transformation type and how they maintain or alter the orientation and position of shapes.

What is the main focus of the lesson on algebraic representation?

• Translation

• Reflection

• Scaling

• Rotation

Which transformation maintains the orientation of a shape?

• Reflection

• Translation

• Dilation

• Rotation

How does moving right by 'a' units affect the coordinates (x, y)?

• (x + a, y)

• (x, y + a)

• (x - a, y)

• (x, y - a)

What happens to the x-coordinate when a point is reflected over the y-axis?

• It halves

• It becomes its opposite

• It doubles

• It remains the same

If a point (7, 2) is reflected over the x-axis, what are the new coordinates?

• (-7, 2)

• (7, -2)

• (7, 2)

• (-7, -2)

What remains unchanged when reflecting over the x-axis?

• x-coordinate

• Neither coordinate

• y-coordinate

• Both coordinates

In a 90° clockwise rotation, what happens to the coordinates (x, y)?

• (-y, x)

• (-x, -y)

• (x, y)

• (y, -x)

What is the result of a 180° rotation on the coordinates (x, y)?

• (y, x)

• (-x, -y)

• (x, y)

• (-y, x)

What happens to a point on the x-axis after a 90° counterclockwise rotation?

• It stays on the x-axis

• It moves to the opposite quadrant

• It moves to the origin

• It moves to the y-axis