Question 1: Besides translation and rotation, what other figures are flipped?

Fold in half;

Central symmetry;

Hope to adopt

Question 2: What are the types of translation, rotation and turnover of graphics in primary school mathematics?

Question 3: What is the motion mode of the figure? The graphic motion of the rotating plane has three degrees of freedom. If you choose a point on the map, its motion can be decomposed into two directions: the movement of the point in the X and Y directions and the rotation around the point. All plane motions are the combination of translation and rotation.

Question 4: What is the movement of the figure? In the simplest literal sense, the so-called graphic movement means that the geometric figure has changed its position according to specific requirements, but the shape of the figure itself has not changed. To put it more bluntly, you must have played with building blocks or puzzles when you were a child. This building block or puzzle is a geometric figure. You can carry it around, you can flip it, you can rotate it, and these actions can be regarded as the movement of graphics. In this process, no matter how you move, these basic building blocks or puzzles themselves do not change in shape, but in position. You can understand the movement of graphics according to this concept, and of course you can explain it to others.

Question 5: Is symmetry the motion mode of graphics? Symmetry is caused by motion, but it is not a motion mode. Nail transport mode refers to the conditions that produce symmetry. For example, a graph is symmetrical about a straight line, and the motion mode is the rotation or translation of the graph about this straight line.

Question 6: Besides translation and rotation, what other figures are flipped?

Fold in half;

Central symmetry;

Hope to adopt

Question 7: What is the motion mode of the graph? The graphic motion of the rotating plane has three degrees of freedom. If you choose a point on the map, its motion can be decomposed into two directions: the movement of the point in the X and Y directions and the rotation around the point. All plane motions are the combination of translation and rotation.

Question 8: What are the types of translation, rotation and turnover of graphics in primary school mathematics?

Question 9: What is the movement of the figure? In the simplest literal sense, the so-called graphic movement means that the geometric figure has changed its position according to specific requirements, but the shape of the figure itself has not changed. To put it more bluntly, you must have played with building blocks or puzzles when you were a child. This building block or puzzle is a geometric figure. You can walk around with it, flip it, and rotate it. These actions can be regarded as graphic movements. In this process, no matter how you move, these basic building blocks or puzzles themselves do not change in shape, but in position. You can understand the movement of graphics according to this concept, and of course you can explain it to others.

Question 10: Is symmetry the motion mode of graphics? Symmetry is caused by motion, but it is not a mode of motion. Nail transport mode refers to the conditions that produce symmetry. For example, a graph is symmetrical about a straight line, and the motion mode is the rotation or translation of the graph about this straight line.