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Least common multiple

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

light of logistic regression, the Support

Find this function's global maximum and global minimum.

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

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

The least common multiple is just going to be 8 times 5.

Rank the following four scatter plots by their correlation coefficient.

1 is a factor.

We have to rewrite the following fractions with fraction with least common denominator

I'll construct my decimal one place at a time.

So 21 28 and 6 9.

12 times 5 is 60.

And let's say you've implement and regularize linear regression.

Now let me talk about problems with k means.

Well what's the least common multiple of two and three?

Let's do minus one ninth minus one over four.

So once again, we already have 3 and 5.

In this painting that I made of the first 20 decimals of Pi,

So let's think about what that number is, and there's two ways of coming up with that what we could call a least common multiple, the smallest multiple of both 9 and 12 that is common.

But they don't ask us to round.

This one over here, we have a constant cost per cluster is new.

Well that's the smallest number that's a multiple of both two and three.

We know that trees are connected and that they have n 1 edges.

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As I said we should be able to do all these pretty easy constant time.

Both 10 and 100 is the least common multiple.

Obviously these two criteria are in conflict to each other.

we take this first model with lambda equals 0, and minimize my cos function j of theta and this would give me some parameter vector theta and similar to the earlier video,

And then I can take my second model, with lambda set to 0.01 and minimize my cos function, now using lambda equals 0.01 of course, to get some different parameter vector theta, we need to know that theta 2, and for that I end up with theta 3 so that this is correct for my third model, and so on, until for for my final model with lambda set to 10, or 10.24, or I end up with this theta 12.

So we move it over twice. So one, two times.

Hint If you said all four, this is the correct answer.

Which is going to be exactly this. That formula that I have up here.