The same way it happens on Earth-- if you go outside you should see plenty of examples. It is an optical illusion, basically, caused by uneven ground, holes, the angles from which you see the shadows (perspective). If you could somehow hover up above it all, you would see the shadows as parallel to one another.
Some people like to pretend this isn't true and that shadows from different angles are proof of multiple lights, like those in a movie studio. But multiple light sources mean multiple shadows... there are NO Apollo pictures like that. And no one has ever devised a single studio light that can simulate sunlight well enough to have faked the Apollo footage and pics.
While we are on the subject, while the Sun is that primary and overpowering source of light, there is still a bit of light reflecting off the Earth, much larger in the sky than the Moon is to us. It doesn't seem to be bright enough to cast multiple shadows, though. Also to be considered are reflected light from the spacesuits, LM, gear, and above all else, the lunar soil. The light reflecting from the lunar soil bounces upward, illuminating things like the LM's dark side, as well as the astronauts. The reason that rock shadows are so dark is that lunar soil cannot bounce light sideways very much, to illuminate itself in the rock shadows.
I am posting some links to sites that will help you understand the things the lunar hoax believers don't understand. Hope this helps.
it is because a shadow is a blocking of a light source and at night there are not many light sources activated. But there are shadows from Moonlight sometimes. And sometimes in your household.
Yes, shadows are created when an object blocks light. As long as there is a source of light and an object to block it, shadows will be present.
Shadows get smaller as the light source moves closer to the object casting the shadow, and they get larger as the light source moves farther away. The size of a shadow is influenced by the distance between the object and the light source.
Shadows change over time as the position of the light source changes, such as the sun moving across the sky or objects blocking the light. Additionally, shadows can also change in length and direction as objects move relative to the light source. Atmospheric conditions can also affect the appearance of shadows over time.
Yes, the height of a light source affects the length of a shadow. When a light source is higher, it casts shorter shadows, as the angle of light is more direct. Conversely, if the light source is lower, shadows tend to be longer due to a shallower angle of incidence. Thus, the relationship between the height of the light source and shadow length is inversely proportional.
Shadows are created by a light source, remove the source of light and the shadow will disappear.
three different source of light from three different directions
In a darkroom, there is no light for objects to cast shadows. Shadows are created when an object blocks light from a source, but in a darkroom environment, there is no external light source for objects to cast shadows.
it is because a shadow is a blocking of a light source and at night there are not many light sources activated. But there are shadows from Moonlight sometimes. And sometimes in your household.
Yes, it is possible for one object to have three shadows if there are multiple light sources casting shadows from different angles. Each light source will create its own shadow, resulting in multiple shadows for the object.
A flash can prevent shadows by illuminating a scene from a different angle than the main light source, effectively filling in shadows created by the primary light. This helps to create even lighting and reduces harsh shadows in the final image.
Artificial light affects shadows by altering their intensity, direction, and length. Depending on the source and angle of the light, shadows can become sharper or more diffuse, creating varying visual effects. For instance, a direct light source produces well-defined shadows, while a diffused light source leads to softer, less distinct shadows. Additionally, multiple light sources can create overlapping shadows, complicating their appearance.
The light source changes?
Yes, shadows are created when an object blocks light. As long as there is a source of light and an object to block it, shadows will be present.
Shadows get smaller as the light source moves closer to the object casting the shadow, and they get larger as the light source moves farther away. The size of a shadow is influenced by the distance between the object and the light source.
An object can form two or more shadows at a time if there are multiple light sources casting light on it from different directions. Each light source will create its own shadow of the object, leading to multiple shadows being formed.
Multiple shadows can be formed when there are multiple light sources casting light towards an object from different directions. Each light source will create its own shadow, resulting in multiple shadows being cast. The interaction of these shadows can create interesting patterns and shapes depending on the angles and intensity of the light sources.