You're going to multiply pi with pMiss.

Multiply

Multiply

And now we can just multiply the numerator and multiply the denominator or multiply the numerators.

With that stated, let's actually multiply and simplify this rational expression.

Just multiply them.

Multiply that out.

If you multiply

So let's multiply, let's multiply 2 3 times 4 5.

We could have come up with completely different ways to multiply it.

Then I multiply with the exponential of ( .5(x mu) 2 sigma2).

We multiply the prior with this measurement probability to obtain the posterior.

And you could multiply that out if you're not comfortable with it.

And without further ado just multiply this value over here with 1.96.

And when you multiply fractions, you can just multiply the numerators.

Let's multiply them out.

Let's learn to multiply.

let's multiply it out.

We multiply those together.

And multiply it out.

Then we multiply the two terms and multiply that by 2, right?

Multiply the potential number of attendees, not seats, with the envisioned ticket price.

So we are not going to multiply it with a positive exponent of 10

Let's multiply it by c1.

And multiply it times four.

Now multiply it by 100.

We multiply these 2 things.

You multiply all the numerators

We multiply by 1.1 twice.

Multiply both sides times x.

Let's just multiply times 2.7.

So let's multiply this out.

And then multiply this out.

You multiply 20 by 5.

Let's multiply 4 times 2012.

Now, can I multiply this?

Multiply 6 times 1 4.

I would multiply by ten.

Let's multiply s times r.

So let's multiply this out.

Let's multiply it by 4.

Multiply both sides times dx.

To calculate catering cost, multiply the number of expected guests with the cost per person.

And with this you should be able to generate a few matrices, multiply, add things.

let's say we want to multiply together this matrix with this vector, what's the result?