If the Moon were twice as large but remained at the same distance from Earth, how would this affect the frequency of lunar eclipses?

Eclipses would become less frequent.

Eclipses would become more frequent.

The frequency would not change.

Eclipses would no longer be possible.

What is the primary reason that events like lunar eclipses, where the Moon passes through Earth's shadow, are relatively rare?

The Moon's orbit is highly irregular and unpredictable.

The Sun's light is too bright to allow shadows to form easily.

The vast distance to the Moon makes Earth's shadow a very small and easy-to-miss target.

The Earth's atmosphere bends the shadow away from the Moon's path.

The objects' sizes are proportional, but their distances are shrunk for convenience.

Both the sizes of the celestial bodies and the distances between them are proportionally reduced.

The objects' distances are proportional, but their sizes are exaggerated for visibility.

Only the largest object (Earth) is to scale, while smaller objects are symbolic.

They show the Moon as being too small.

They show the Earth and Moon much closer together than they actually are.

They fail to draw the Sun's rays as parallel lines.

They incorrectly depict the shape of the Earth's shadow.