Is shadow length same during any time of the day?

Let the length of the shadow be x and use the tangent ratio: 5/1.2 = 17/x Make x the subject of the equation: x = (17*1.2)/5 x = 4.08 feet ...

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. ...

The answer depends on: the height of the item casting the shadow, the location on earth, the time of year, and the inclination of the surface on which the shadow is cast. ...

A sundial measures time by the location of the sun casting a shadow on the sundial. Depending on the location of the shadow and it's length, you can estimate the time of day. ...

Night and day are the same length of time. The sun is at declination zero. ...

The statue is 6/2 = 3 times the length of its shadow. The flagpole is 3 times its shadow ie the flagpole is 3*10 = 30 metres. ...

Acceleration is any change in velocity during a length of time.

It depends on what time in the afternoon.

It depends on the time of day because the angle of the sun will determine the shadow length ...

Lunar eclipse: Earth makes the shadow; the moon passes through it. Earth's shadow is large enough to darken the shole moon at the same time. Solar eclipse: Moon makes the shadow; earth passes through it. Moon's shadow is not large enough to darken the whole earth at the same time ... it causes only a small dark spot, that moves along the surface as the earth turns. ...

If the building casts a shadow, then the sun is out, and any man who is not standing in the shadow of the building will cast a shadow of his own, no matter how short or tall he may be. (If you had told us the length of the man's shadow, it would have been a completely different question, and we could have had a completely different answer to offer in response.) ...

1. How high is a flagpole that casts a shadow of 45 ft at the same time a woman 5.5 ft tall casts a shadow 10 ft? ...

That depends upon the time of day, which day of the year it is and where the person is. The shadow length depends upon the angle of the sun above the horizon: shadow_length = height_of_person ÷ TAN(angle_of_sun_above_horizon) ...

No. The only time they have to be the same length is in an equilateral triangle. ...

1-2 hours is the length of time in a tennis game.

The length of the shadow is a function of the time of day.

Depends what time of day it is ... how high the sun is. It keeps changing all day. No shadow at all at night. ...

You need more information to solve this problem. The length of a shadow depends on the angle of the sun which depends on the time of day. ...

The lenght of the shadow will be 12.6 ft

You can use shadows to measure the heights of trees, or buildings, as long as you can make two separate measurements at exactly the same time of day. While one person or group measures the length of the shadow of the tree or other object, another person or group carefully measures the length of the shadow cast by a smaller object, such as a person, sign, or pole. The ratio of the length of the shadow to the height of the object will...

It depends on the time of day, and, therefore, it depends on where the sun is in the sky. ...

If the Sun is in the North the shadow will cast in a different direction. The length of the shadow will vary depending on the time of year it is. ...

The shadow would normally be shortest during the centre of the day; at roughly 12am. But this can vary depending on where in the world you are or at what time of the year it is. ...

A shadow stick is a vertical pole placed in the ground. Sunlight casts its shadow on to a level surface below (e.g. a sheet of card or just level ground The length and position of the shadow then depends on both the time of year and the time of day. Local noon can be found from the time when the shadow is shortest. At this time the Sun is highest in the sky and crossing the meridian. However, shadow sticks are...

The size of a shadow depends on the angle and distance if the light source and the size and shape of the object making the shadow. They can be the same size. ...