Star angle of rotation and order of rotation
Answers
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.
Answer:
The star has five points. To rotate it until it looks the same, you need to make <math>1/5</math> of a complete 360° turn. Since <math>1/5 \times 360^\circ = 72^\circ</math>, this is a 72° angle rotation. unchaneg. Order of rotation : A figure has order n rotational symmetry if 1/n of a complete turn leaves the figure unchanged
A starfish is moved at an angle of 72° for one turn. So to give it a full turn of 360° we need to give it 5 turns. This means that any star-shaped object will show the rotational symmetry of order 5.