# Question: How many cm is a dollar bill?

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Paper money in the United States has special characteristics including length, width, thickness, and physical design. The size of a dollar bill is 6.6294 cm wide, by 15.5956 cm long, and 0.010922 cm in thickness.

## How wide is a 5 dollar bill?

The current \$5 bill features the 16th U.S. president (1861-1865), Abraham Lincolns portrait on the front and the Lincoln Memorial on the back. All \$5 bills issued today are Federal Reserve Notes....United States five-dollar bill.(United States)Value\$5Width6 9/64 inches ≈ 156 mmHeight2 39/64 inches ≈ 66.3 mmWeight0.035 oz. ≈ 1 g11 more rows

## Is a dollar bill six inches?

A dollar bill measures barely much over 6 inches of length. When a measuring tape or ruler is not within reach, a 6 inch dollar bill can give you a close figure. Fold in half, and it would be 3 inches.

## Are all 100 dollar bills the same size?

Yes, all 100-dollar bills are the same size. ... The actual size of the 100-dollar bill is 6.14 inches by 2.61 inches. The 100-dollar bill is also made of 25 percent linen and 75 percent cotton.

## Are all bills same size?

Yes, all 100-dollar bills are the same size. The size of all paper money is regulated and must be the same from one bill to the next. The size of the 100-dollar bill is one of the methods used to help people determine if their money is real or counterfeit.

## How do you spot a fake 100 dollar bill?

Hold the note to light to see an embedded thread running vertically to the left of the portrait. The thread is imprinted with the letters USA and the numeral 100 in an alternating pattern and is visible from both sides of the note. The thread glows pink when illuminated by ultraviolet light.

## Does a 100 dollar bill have strip?

The Security Strip is a thin, faint embedded strip that runs vertically across the note from top to bottom, just to the left of Ben Franklin in the \$100 bill. The thread should be visible from both sides of the note. The thread in a \$100 bill glows pink when illuminated by ultraviolet light (UV).

Content This content can also be viewed on the site it from. Not that I don't trust him, but I guess I want to check. Would one trillion dollar 1 dollar bills I assume stack to the moon and back four times? How thick is one dollar? I don't usually carry cash in my wallet, but when I do I measure it. I measured the thickness of just one, then two and so forth. After all five were stacked, I started folding them over. I included a linear regression line with the data. It has a slope of 0. So, I will go with that value. How tall would a trillion dollar stack be? First, what is one trillion of anything? In some other countries, one trillion means 10 18.

So, if I stack 10 12 bills, how high would it be? First, let me assume that the bills don't get compressed. Why am I assuming that? The height of this stack would be: How many cm is a dollar bill?

distance from the Earth to the Moon is about 4 x 10 8 meters. Okay, now there is a problem. According to my calculations, the stack of one trillion dollar bills would go one fourth of the way to the moon.

Neil said it would go there and back four times which would be 32 x 10 8 meters. His estimate of the height of the stack is 32 times too large or mine is too small. Let me try one other thing. If one trillion dollars goes to the moon and back four times, how thick would it have to be? So, I think Neil messed up.

It happens to us all. Just don't make a habit of it. Anyway, the whole point would have been ruined. Did you know that if you stacked one trillion dollar bills, it would make it one fourth of the way to the moon?

### How Do I Convert NM To Centimeters?

Stacking and stability Suppose you could stack the bills perfectly. As the stack gets higher and higher, it would be more likely to fall over from a slight nudge. Let me start with a block. For each stack, the red dot represents the center of mass. If the stack is How many cm is a dollar bill? such that the center of mass goes over the edge of the base, the stack falls over. Yes, I am assuming the bills stick together. If the base of the bill has a width w and length t.

For tipping towards the thinner side of the bill, we have a right triangle. Solving for θ: Now, suppose the width of the dollar is 6. So a 10 meter tall stack of bills would only need to be tilted 0. Here is a plot for heights from 100 meters to 10,000 meter stacks. I had to make the vertical scale a log-plot. Ok, what if I take this up to 10 6 meters tall?

That would be a tipping angle of 3. And a trillion dollar stack assuming it was all in a constant gravitational field - which it wouldn't be it would have a tipping angle of 3. Just for a comparison, Alpha Centauri A a star has an angular diameter of 1. How many cm is a dollar bill? it even possible to stack paper this high? Suppose you could stack the bills and they wouldn't fall over and again assuming constant gravitational field. Would the bills at the bottom of the stack be able to maintain this weight?

Ok, so I already set up something like this for the compressive strength of rock Essentially, the paper can only take so much pressure before bad stuff happens. The point where bad stuff happens is called the compressive strength. I don't know about paper. What is the pressure at the bottom How many cm is a dollar bill? the stack? Well, that would be the weight of the stack over the area of a bill.

Suppose a bill has area of 6. This means the pressure at the bottom would be: Where ρ is the density of the paper bill and h is the height of the stack. So what is the density of a dollar bill? Well, I can get the volume length 6.

I put seven bills on a balance and found a mass of 6. This would give a mass per bill of about 0.

### Decoding a United States One Dollar Bill

Then what is the pressure at the bottom of my trillion dollar stack? Really, the pressure would be smaller than this because the gravitational field gets weaker as the stack gets higher. I don't think it matters. What if you made a big ball of money?

If stacking won't work, I am going to make a trillion dollar asteroid. I know the density of a dollar, so I know the mass of 1 trillion dollars.

Maybe I should start with a picture. Why would you make a big ball of cash? You could call it a cashteroid. If each bill is 6. Assuming a constant density, this would give a volume of: If this is a spherical cashteroid, I can then find the radius.

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