Understanding Real Images with Concave Mirrors

What is the role of the focal length in the setup with the Lego figure and the concave mirror?

• It is irrelevant to the setup.

• It is the distance where the real image forms.

• It helps in focusing the camera.

• It determines the size of the Lego figure.

Why is the real image not visible when looking directly at the mirror?

• The image is a hologram.

• The Lego figure blocks the view.

• The observer must be positioned correctly to see the image.

• The mirror is too small.

What is a common misconception about real images formed by concave mirrors?

• They can only be seen in the dark.

• They are always larger than the object.

• They are holograms that appear in 3D space.

• They are always upside down.

How does the quality of the mirror affect the real image?

• It changes the size of the image.

• It causes distortion and aberration in the image.

• It makes the image appear in different colors.

• It has no effect on the image.

What happens to the image when the camera is moved around?

• The image disappears completely.

• The image moves with the camera.

• The image becomes clearer.

• The image stays roughly in the same position as the object.