Full Answer
Why does the broom balance?
Then Why Does the Broom Balance? Really, there are two important things: First, the shape of the broom. Since the bristles are at the bottom and are bigger than the handle, the broom's center of mass is low.
Is the Equinox a special day for brooms?
In recent years the long-running myth about the equinox being a day possessed of a special property which allows eggs to be balanced on their ends has grown to encompass brooms as well.
Can a broom stand on its end?
As with the egg-balancing myth, this broom-standing phenomenon has nothing to do with equinoxes or planetary alignments. With some practice and patience, anyone can make a broom (or an egg) stand on its end any day of the year. As explained in this video, a broom typically has a low center of gravity positioned just above the bristles.
Can you balance a broom on its brushes?
This isn't new, but it is popular: Balancing a broom on its brushes. Cool trick, but the big problem is what people say. "Hey, today is special because the planets are aligned and you can balance a broom!"
What to do if you stand a broom on end?
So if you stand a broom on end and spread the bristles just right, you can form a tripod-like structure which will hold up the broom: If playback doesn't begin shortly, try restarting your device. Videos you watch may be added to the TV's watch history and influence TV recommendations.
Can you make a broom stand on its end?
With some practice and patience, anyone can make a broom (or an egg) stand on its end any day of the year.
Why does the broom challenge happen?
According to the viral tweet that started this trend, "NASA said [February 10] was the only day" this could happen because of the earth's gravitational pull.
Does a broomstick have a center of gravity?
Apparently, the center of gravity is low on a broomstick and it rests directly over the bristles, allowing the entire broom to stand upright when positioned like a tripod.
Is the broom challenge a myth?
It has nothing to do with a gravitational pull or the alignments of the planets , but it has everything to do with balance.
How much does the broom weigh?
Well, obviously the Earth. Earth has a mass of 5.97 x 10 24 kg, and the broom is 6.38 x 10 6 meters from the center (the radius of the Earth). Using these values, the gravitational force on the broom from the Earth is:
Why does a broom tilt?
And because the center of mass is low, the broom can tilt quite a bit without moving its center of mass very much . There is another thing that is probably important. The brushes bend and act like a springy-type restoring force. This means you don't have to get the thing exactly balanced before you let go.
Is Balancing a Broom on its brushes new?
This isn't new , but it is popular: Balancing a broom on its brushes. Cool trick, but the big problem is what people say.
