It depends on the angle of the sun. If the sun is at 90 degrees, immediately overhead, then the length of the shadow is 0. What is the angle of the sun?
The angle between the horizon and the sun at its highest point on June 21 in NYC would be approximately 72 degrees. This is because on the summer solstice, the sun reaches its highest point in the sky, which corresponds to an angle of about 72 degrees above the horizon in NYC.
On March 21, which is the vernal equinox, the sun is positioned directly above the equator. At a latitude of 23.5 degrees south, the noon sun will be at an angle of 90 degrees minus the latitude, resulting in an angle of 66.5 degrees above the horizon. This means the sun will be relatively high in the sky at noon, illuminating the area directly below it.
It is 58.4 degrees.
About 17 degrees.
60 degrees
The sun would be at an angle of 33 degrees above the horizon on the summer solstice, which occurs around June 21st each year. At 29 degrees north latitude, this would be the highest angle the sun reaches in the sky.
Measure the angle from the true horizon to the midday Sun on the dates of the vernal and atumnal equinoxes and on the dates of the solstices. The angle between the the solstice noon Sun and an equinox midday Sun will be 23,5 degrees.
It depends on the angle of depression of the sun. The answer would be 80ft * tan(90-angle of depression) At a depression angle of 40 degrees, the shadow would be 80 * tan (50) which equals 95.340ft
90 degrees
Through an angle of 60 degrees.
A 45 degree sun angle indicates that the sun is halfway between the horizon and directly overhead (known as the zenith). Such an angle causes the length of an object's shadow to be equal to the object's height.