Use the following information to answer questions 1 and 2. A square of sides 6in by 6in was translated two units upwards and 3 units to the left. 1. What was the geometric figure of the image. 2. What was the area of the image. Use the following information to answer questions 3 and 4. A line of length 5 in is reflected through a line below it. 3. What is the shape of the image? 4. What is the length of the image? In questions 5 to 12, State whether the given statement is true or false. 5. Rigid motions map a square to another smaller square. 6. A reflection maps a triangle to another triangle of the same size. 7. A rotation maps a right angle triangle to a scalene triangle. 8. A translation maps a square to a rectangle. 9. Any transformation that maps an object to an image of the same size and shape as the object is a rigid motion. 10. A rotation can map non-collinear points to collinear points. 11. A reflection maps two intersecting lines into another two intersecting lines with different angle of intersection. 12. Any rigid motion will map collinear points to collinear points.
Use the following information to answer questions 1 and 2. A square of sides 6in by 6in was translated two units upwards and 3 units to the left. 1. What was the geometric figure of the image. 2. What was the area of the image. Use the following information to answer questions 3 and 4. A line of length 5 in is reflected through a line below it. 3. What is the shape of the image? 4. What is the length of the image? In questions 5 to 12, State whether the given statement is true or false. 5. Rigid motions map a square to another smaller square. 6. A reflection maps a triangle to another triangle of the same size. 7. A rotation maps a right angle triangle to a scalene triangle. 8. A translation maps a square to a rectangle. 9. Any transformation that maps an object to an image of the same size and shape as the object is a rigid motion. 10. A rotation can map non-collinear points to collinear points. 11. A reflection maps two intersecting lines into another two intersecting lines with different angle of intersection. 12. Any rigid motion will map collinear points to collinear points.