Multiple transactions

Now that's the multiples of 15 up through 105. Obviously, we keep going from there. Now lets do the multiples of 6.

Single transactions

Begin transaction failed

So let's we do this in a different color, so let me pick out the multiples of five.

Double Precision Number

Law of multiple proportions

Least common multiple

Both 10 and 100 is the least common multiple.

I will switch every light bulb that's divisible by two.

So we could get any point on this line right there.

Prev

So this is how many marbles he had before tripling, and now he's tripling, now he's tripling his marbles.

How do we do that?

Pass three, nothing's going to happen.

But the simple constants just scale.

If none of the values is a float, all of them will be treated as integers, and an integer is returned.

Well it's going to be a non negative multiple of 3.

You say, hey, Sal, how did you get 8?

12 years ago, William was 7 times as old as Ben.

Atomicity refers to the notion that all parts of a transaction succeed or fail together.

Let's do the multiples of 10. They are 10, 20, 30, 40... well, we already went far enough.

Modern economies,

What I discovered is that teens who regularly watch Gangsta rap videos are 3 times more likely to hit a teacher 2 times more likely to have multiple sex partners and 2.5 times more likely to get arrested.

Unable to commit transaction

Unable to rollback transaction

And we can do the same thing with the differences

So the least common multiple, the smallest multiple that they have in common we see over here. 15 times 2 is 30 and 6 times 5 is 30.

You get the point

So 12 years ago, this number is going to be 7 times this number. or another way to think about it is to take this number and multiply it by 7 and you're gonna get this number.

You can do some selects, you can do updates, you can do inserts.

Every possible value for the amount of money he collects for our function has to be a multiple of 3.

So this is haploid, this is diploid number, and this is for humans, right?

What is the least common multiple, abbreviated as LCM, of 15, 6 and 10?

Now, once again, you may be able to do it in your head

Multiples of 6 6,12,18,24,30... i can keep going and the multiples of 8 are 8,16,24,. looks like we are done.

Transaction not started.

Unable to begin transaction

There's kind of 2 main ways to approach this problem.

5 is just 5, because it is a prime number.

So once again, we want to find the fraction of the total possibilities that meet our constraint.

The first would be using transactions.

So we can write that as 4 over 5 times x minus fifteen oranges, right

Well, 100 is divisible by 2, so 100 is actually the least common multiple of 100 and 2.

So it is actually the fact that the LCM of 15, 6 and 10 is equal to 30.