Long shadows are cast at sunset when the sun is at its lowest.
The times of sunset (and sunrise) are readily available and may often be found in diaries.
56.25 feet
late afternoon (sunset)
There are two factors involved in casting a shadow: the height of the object and the direction (angle) of the light source. Generally, problems like this include the time of day or the angle of the sun or a comparison to some other object. As written, it is not possible to answer this question unequivocally.
84 feet tall
That all depends upon what time of day the shadow was cast. For example, at straight up noon, even a very tall building wouldn't cast much of a shadow, but at sunrise or sunset, even a tiny building might cast an 18 foot long shadow, or even longer.
Designate the unknown shadow length by s. Shadows cast at the same time and place are proportional to the height of the object casing the shadow. Therefore: 4/6 = s/21, or s = [4(21)]/6 = 14 feet.
56.25 feet
late afternoon (sunset)
There are two factors involved in casting a shadow: the height of the object and the direction (angle) of the light source. Generally, problems like this include the time of day or the angle of the sun or a comparison to some other object. As written, it is not possible to answer this question unequivocally.
Shadow length refers to the distance from the base of an object to the tip of its shadow, which is cast by a light source, typically the sun. The length of a shadow varies depending on the angle of the light source, the height of the object, and the time of day. During midday, when the sun is highest, shadows are shorter, while they become longer in the morning and late afternoon. Shadow length can also be influenced by the object's shape and the surface on which the shadow falls.
84 feet tall
4 feet24/16 = 6/x24x = 96x = 4
That all depends upon what time of day the shadow was cast. For example, at straight up noon, even a very tall building wouldn't cast much of a shadow, but at sunrise or sunset, even a tiny building might cast an 18 foot long shadow, or even longer.
It has something to do with what light happens to be around that person at the time. If there happens to be a bright light shining on an object, that object's 'shadow' will cast itself on whatever is around it. +++ More simply, the "something" is the object blocking the direct light from the source. The air scatters the light so the shadow is not very dark - on the air-less Moon a shadow is fully dark.
17.45 feet.
the earth spins on an axis on one side there is the sun and on the other there is the moon on the other side and when it spins one side is morning(day time) and on the other side is night time..xx
its not