My foot is actually about 1 foot long!
In therory, infinitely long. In practice, the shadow will fade into dispersed light.
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A long time ago a king wanted to see how long his foot was. His foot was exactly 12 feet long so he called that a foot.
Well, honey, a standard ruler is typically 12 inches long, which is equivalent to 1 foot. So, an object that is 2 feet long would be something like a yardstick or a baseball bat. Just make sure you don't go around swinging that thing indoors, unless you're looking to redecorate with some broken vases.
A five dollar "foot long sub" and a ruler
a 4 foot long person
30cm is about 12 inches or 1 foot in length
A common object that is approximately a foot long is a standard ruler. Rulers are typically used in schools and offices for measuring lengths and drawing straight lines. Other objects that are around a foot long include a loaf of bread and a large kitchen knife.
An object that is 12 inches long is typically referred to as a foot-long object. In the Imperial system of measurement, 12 inches make up one foot. This measurement is commonly used for items such as rulers, pencils, or pieces of paper.
a lamp
1120 bags
To measure a foot length you could use a ruler, a yard stick, a tape measure, or any object that you knew was precisely one foot long on a side or edge.
To calculate running feet, simply measure the length of an object in feet. If the object has a width, multiply the width by the length to get the total square footage, then divide by the width to get the running feet. For example, a 10 ft long object with a width of 2 ft would be 20 running feet.
A common object that is 1 foot long is a standard ruler. Rulers are typically used for measuring lengths, and a 1-foot length is equivalent to 12 inches. Other examples include a loaf of bread or a large book, both of which can also measure about 1 foot in length.
In therory, infinitely long. In practice, the shadow will fade into dispersed light.
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Yes, the right foot is a chiral object because it cannot be superimposed onto its mirror image, the left foot. This means that the right foot and left foot are non-superimposable mirror images of each other, making them chiral.