I'm not entirely sure that I understand the question. If your question is "If a photo has Jupiter half in sunlight and half in shadow, will this allow you to calculate where the photo was taken?", then the answer is "Yes, but only if you know the exact TIME when the photo was taken."
If the photo was taken by a spacecraft, then we can only calculate the line of position along which the photo was taken. Depending on the quality of the lens and the magnification used, the photo may have been taken from a position close to Jupiter or one farther away.
Callisto, one of Jupiter's moons, receives very little sunlight due to its distance from the sun and Jupiter's shadow. The amount of sunlight it receives is significantly lower compared to Earth or other inner planets in our solar system.
Europa receives very little light from the sun due to its distance and position in Jupiter's shadow. The surface of Europa is primarily illuminated by sunlight scattered by Jupiter's atmosphere and reflections from Jupiter itself.
Sunlight affects the appearance of your shadow by casting it on the ground when an object blocks the light. The position of the sun in the sky determines the length and direction of your shadow. The angle of the sunlight also affects the sharpness and darkness of your shadow.
sunlight and something opaque ( cast a shadow )
No the only way you can tell time from a shadow is from something ubstruckting direct sunlight any type of light that is not sunlight will not allow the change in earths rotation to change the angle of the shadow.
It depends on whether the sun is in front or behind you.
Of course.
A shadow.
Stand with your back to the Sun, and look at your shadow on the ground. Your shadow is created because your body is blocking out the sunlight.
Yes, if you see your shadow, it means that sunlight is being blocked by your body, and hence you are in direct sunlight. Your shadow is formed when light is obstructed by an opaque object, like your body, creating a darker area behind it.
as long as your'e standing in sunlight
I think the answer you are looking for is "a shadow"