Not on a proper black surface (if one existed).
Yes, there would be shadows on Mars at noon. The intensity and length of the shadows would depend on the angle of the sunlight hitting the surface. Mars has a thin atmosphere, so shadows may appear sharper and darker compared to Earth.
Shadows are formed when an object blocks light from reaching a surface behind it. The opaque nature of the object prevents light from passing through it, creating an area of darkness on the surface where the light is blocked, resulting in the appearance of a shadow.
yes
When the sun is at a low angle, shadows are longer because the sunlight has to travel through more atmosphere before reaching the surface, thus making the shadows appear elongated. As the sun rises higher in the sky, shadows become shorter due to the more direct path of sunlight reaching the surface.
no
The effect of varying the intensity of light on a sphere's surface is that it will change the brightness and shadow patterns on the sphere. Higher light intensity will result in a brighter appearance and sharper shadows, while lower light intensity will make the sphere appear dimmer with softer shadows.
he doesnt appear there
Water shadows are distinct shadows cast by objects on the surface of water, created by the reflection and refraction of light. These shadows appear more fluid and dynamic compared to shadows on solid surfaces, adding a sense of movement and depth to the landscape. The interplay of light and water creates a mesmerizing visual effect, enhancing the overall beauty and tranquility of a natural setting.
If it is a fictional town, how on earth would anyone know if it didn't appear in a novel?
The longest shadows typically appear around sunrise and sunset when the sun is at its lowest point in the sky. This usually occurs during the winter months when the sun is at its lowest angle.
There are no shadows on the Moon because there is no atmosphere to scatter light. On the Moon, sunlight travels in a straight line from the sun to the surface, creating sharp boundaries between light and dark areas, with no shadows being cast.
Rotation as such doesn't cause shadows. What causes shadows is when there's something blocking the way between a Surface and a light source.