Only multiples of 10.

And you know, I usually step these up in multiples of two until some maybe larger value this in multiples of two you

Let's do the multiples of 6

So non negative multiples of 3.

multiples back there.

Pay me back multiples.

So I circled all the multiples of 5.

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.

So, lets find the multiples of 15. You have

The other ones are some multiples of that length.

Those are literally the nearest multiples of ten that

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

You can literally just go through the multiples of 4.

We could just look at the multiples.

We could pick one of these guys and keep taking their multiples, and then figuring out whether those multiples are both divisible by 5 and 15.

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

So you take all the multiples of v1, you're going to get every point along this line.

So this is some weight on a, and then we can add up arbitrary multiples of b.

B goes straight up and down, so we can add up arbitrary multiples of b to that.

Literally, just find and look at the multiples of each of the numbers... and then see what the smallest multiple is they have in common.

If you add up two multiples of three you always get another multiple of three( which is the sort of fact you use everday in math class)

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

One way is just to kind of look at the multiples of 9 and see if any of them are divisible by 12.

So to do that, lets think of the different multiples of 15, 6 and 10. and then find the smallest multiple, the least multiple they have in common.

So, all the multiples of three are coloured red, remainder of one will be coloured black and remainder of two will be coloured green.

And that's just a fancy way of saying, look, if I'm on pass 17, I'm going to switch all the multiples of 17.

To see if we apply Bayes rule, which multiples the prior for spam ness with the conditional probability of each word given spam.

Which means you take all of the multiples of v1, and all of the positions that they specify will create a set of points, and that is my line l.

One who generously lends to God will be paid back in many multiples of the loan. It is God who reduces and expands things and to Him you will all return.

Indeed, those who give in charity, be they men or women, and those who lend a good loan to Allah, shall be repaid in multiples. They shall receive agenerous wage.

And actually, as you'll see, there actually is an order as we get to higher multiples of eleven, but I'll leave that to a future video.

And, I want only y's or, or multiples of y's on the right hand side of the equation, so I need to get rid of this, this, this minus six over here.

Maybe kids 0 5 don't have those needs but eventually you will find market sizes for needs to be multiples by orders of magnitude above solving problems.

So its about spontaneous mobilisation of a community that already exists through the multiples nodes and hubs that you have as you leave your footprints on the web.

And there is many ways to do it, you could just pick one of these numbers, and take all of its multiples until you find a multiple that is divisible by all of the rest.

Spending money for the cause of God is as the seed from which seven ears may grow, each bearing one hundred grains. God gives in multiples to those whom He wants. God is Munificent and All knowing.

Who is he that will lend Allah a good loan! He will multiply it many multiples! Allah grasps and outspreads and to Him you shall be returned.

let me write it out LCD of 8 amp 6 is going to be the LCM of 8 amp 6 and a couple of ways to think about the LCM you could really take the multiples of 8 amp 6 and see what their smallest common multiple is.

I have found a common multiple it is the smallest multiple they have other common multiples like 48,72 and we can go on but this is their smallest common multiple

This is clearly 5 times 10, this is 8 times 5, this is the same number again, also 8 times 5, so all of these are multiples of 5, 45, that's a 9 times 5, 3 not a multiple of 5, 25 clearly 5 times 5.

Or I could have picked my two multiples to be 16 times 6 and 16 times 3 and I would get different results here, but at the end I would still have gotten the right answers.

I'm in awe of their power in terms of imagination, in terms of technology, in terms of concept.

In any of

In terms of their discourse, in terms of their sophistication of knowledge of the world,

Forward in the ford of time, in the ford of death.