Yes.
yes the length of the sun stick does control the distance the shadow moves
A shadow is what changes during the day but always points away from the sun. The position of a shadow shifts as the sun moves across the sky, causing the direction of the shadow to also change throughout the day.
It's called a solar eclipse when the moon moves between sun and earth casting a shadow
As the Earth moves around the sun, the sun appears at different elevations in the sky, so your shadow is cast longer, or shorter.
Yes, the shadow of a pyramid does fall on the ground. The angle of the sun's rays determines the length and direction of the shadow, which can vary throughout the day and across seasons. As the sun moves, the shadow will change in size and position, but it will always be cast onto the ground.
BeCause naturel shadows are caused by the sun and the sun moves during the course of the day. Therfore the shadow moves when the sun moves and gets longer when the sun is at its highest, miday:)
The shadow is caste by the Sun. As the Earth is spinning on its axis, so the Sun appears to move across the sky. As it does so, so the cast shadow also moves.
Yes, pyramids do cast shadows. The shadow length and orientation depend on the position of the sun and the dimensions of the pyramid. The shadow cast by a pyramid can change throughout the day as the sun moves across the sky.
The position of the sun affects the length and direction of your shadow. When the sun is directly overhead (at its zenith), your shadow will be shortest and directly beneath you. As the sun moves lower in the sky, your shadow will lengthen and shift in direction depending on the angle of the sunlight.
The size and direction of a shadow change because they are influenced by the position of the light source relative to the object casting the shadow. When the light source is closer to the object, the shadow appears larger and the direction may shift. As the light source moves farther away from the object, the shadow size decreases and the direction changes accordingly.
Shadows stay the same throughout the day because they are created by the position of the sun relative to the object casting the shadow. As the sun moves across the sky, the shadow's direction and length change, but the shape and size of the object casting the shadow remain constant. This creates the appearance of a consistent shadow.
During a solar eclipse, when the moon moves into the shadow of the sun, it blocks the sunlight, causing a temporary decrease in brightness on Earth. This alignment can create different types of solar eclipses, such as total, partial, or annular eclipses, depending on the degree of coverage.