Then finally, 3 thousandths.

Only one in a thousand

Well, we could say, oh well we got to 3 we went to the thousandths Place.

This is hundreths.

And so my share is still worth 1 million.

This is literally 6 thousandths, and you want to add it to the other thousandths.

You could say, well, this is the same thing as 875 1,000.

That's how we've read it in the past.

This is in the hundredths place...

So we're going to put 2 hundredths there.

This digit right over here is greater than this is greater than or equal to 5, so we will round up in the thousandths place.

If you were to take each of those micrometers and divide them into a thousand sections, you would get a nanometer, so now we're one billionth of a meter.

1000분의 1의 자리에 가면 이 3은 실질적으로 3000분의 1을 의미합니다.

Indicating the jaws are not contacting in this region

10,000,000 plus 10,000,000.

This is one meter, and each scale here is ten times smaller so that's a millimeter, which is a thousandth of a meter.

1,000 to go out with him for a month.

That is a fraction.

A thousand lire.

The specification for the B axis home position is two thousandths (0.002 , 0.050mm) over 20 (500 mm).

One thousand two hundred is the same thing as two hundreds plus one thousand.

So we went to 3 decimals of significance.

This is the ones place, this is the tenths place, this is the hundredths place, and this is the thousandths place right here.

Now you're going to say, how many per hundred?

You can view this as a fraction.

And then when I have 1 10 of two million shares,

Let's see if we can write the fraction 11 over 25 (or we can call it eleven twenty fifths ) to see if we can write that as a decimal and we're gonna round it to the nearest thousands place.

There are over 15 entire academic disciplines where the average price on for one journals over. a thousand dollars for one subscription for one year

And, since we're going to go into the places less than the ones place we're gonna go into the tenths place and the hundredths place and the thousandths place,

And you use the same logic each to these.

And then 7000 6000 is 1000.

So, this first number is 9000.

So I'm going to show you a smaller simulation.

You know, round it to the nearest hundredths or thousandths place.

As its population increases, it could grow like water lilies.

That's what your genes are doing.

Well, if we just look at this one.

Now, let's look at what too much, and too little taper look like using our setup

Suppose we just split this fiftyfifty. Here's a thousand lire.

In physics 3,649 and even goes down it's like agriculture's still over 1000 and geology and botany all over 1000

It's one in a thousand, really. You're damn lucky to be alive, kiddo.

Again set zero at one end and take your reading at the end of the 20 inch (500mm) sweep.

So you write two in the hundreds place.

And we know these are all independent events, so this right over here is one half times one half, times one half.

Now we can re write each of these things as thousands, hundreds, tens as the sum of one plus something that is divisible by nine.