So you would have cosine of the argument is equal to r is equal to the adjacent over the hypotenuse.

This is going to be equal to what?

That's equal to 2.5.

Jitters, jitters

Let's reset the fourth element in a to be equal to... to be equal to.. this text

Is equal to b over the magnitude.

And their sum is equal to this up here.

That's equal to 2 and 1 2 right?

It is equal to b over a.

So this is going to be equal to factor of an r. r times of cosine of phi cosine of phi plus i put the i up front i sine of phi.

So it has just a mass number of 1.

less than or equal to 2,500.

We just factored out an r, and that's equal to 10.

So i is equal to 1.

We have z plus 1.1 is equal to 3.0001.

Multiply both sides by r. you get r cosine of phi is equal to a.

And so this is going to be equal to its products.

Just minus v2. It's equal to minus v2.

Is equal to a over r.

But anyway.

Tension?

The tangent of the argument is going to be equal to the opposite side over the adjacent side

That's the complement to 25. x plus 25 is equal to 90.

And so this definitely is equal to a squared minus b squared.

Problem 16 Which product of factors is equivalent to let me copy and paste this because this is an interesting so

using a few dozen small round disks of copper (pieces of coin for example) and an equal number of plates of zinc,

25 minus 9 is 16, and that would be equal to 0.

stress management and

And you remove the tension in your body, in your feelings.

It's nerves.

And we're saying, at the point x is equal to 3, the slope is equal to exactly that.

A man is as likely as a woman to be intelligent, to be creative, to be innovative.

That's equal to 20 feet of sea level, as is Greenland.

So, to get the denominator to equal 180, we multiple by 20.

OK, which product of factors is equivalent to that thing over there?

High strung.

Moving the decimal to the right is equivalent to multiplying by ten. So then it would be 440.

But x to the negative 1 power we know it is the same thing as 1 over x.

Divide both sides by 6, you get x is equal to 10.

That's the equivalent of about 900 cars removed from the road in one year.

People said, hey they tried to escape, that's equivalent to abdication of the throne.

In general, we cannot make the statement that AB is equal to BA.

You have two data sets where their means are the same, but the variance of this data set is equal to, we figured out it was 0.25, while the variance of this data set is equal to 6.25.

) Clearly, every isometry between metric spaces is a topological embedding (i.e.

The complex number z is going to be equal to it's real part which is r cosine of phi r cosine of phi plus the imaginary part times i plus r we do that same green plus r sine of phi times i. times i Now this might pop out at you as something that's pretty interesting if you've ever seen Euler's formula.