So this all simplifies to 30 times the absolute value of x, times the absolute value of x times the square root of 5x.

We have 2 times 3 times the absolute value of x.

So we have 30 times the absolute value of x times the absolute value of x times the square root of 5 times the square root of five, times the square of x, times the square of x.

So the absolute value of 3 times some other number, it's going to be the same thing as the absolute value of 3 times the absolute value of x minus 1.

It's x minus 2 times the absolute value of x.

So, 2 times 3 is 6 times the absolute value of x, times the principal or the, the principal fourth root of x, I should say, minus, minus, we've took out the absolute value of x, times the principle root of x.

So it's 5 times the absolute value of 2 minus 3.

And you essentially divide 1 by 4 times this value.

Since there's 5 times the absolute value of negative 2 minus 3, the absolute value of negative 2 is positive 2.

The expected value of this random variable is n times p, or sometimes people will write p times n.

So, all of this simplified down to 30 times the absolute value of X, times the principal root of... 5x.

So we'd get 2 times 8, minus 5. The absolute value of 2 times 8, minus 5 should be 11.

Two numbers of the same order of magnitude have roughly the same scale the larger value is less than ten times the smaller value.

It says the limit as x approaches 0 of x minus 2 times the absolute value of x over the absolute value of x.

We have 5 times the absolute value of negative 1 plus 3 minus 3.

So this value is going to be more than 3 times 324.

That's of the form, y minus some y value on the line being equal to the slope times x minus some x value on the

Usually the value will change several times and get nearer to zero with each adjustment

We haven't changed it's value, now let's multiply it times 100 over 100.

If this is the market value so let's say this is the stock price, or the market stock price I'd be skeptical of paying two times the book value.

We get the absolute value of 2 times negative 3, minus 5. should be equal to 11.

When we do this product, and I haven't changed the value, this just multiplying something times one.

So went into it almost exactly 7 times, so this value right here, almost 0.7.

It would be whatever the value of this red line is, times the width of this distance, right?

At the same time, the top 10 also owned nonfinancial assets (including primary residences) with a median value of 756,400 nearly six times the value held by the other 90 .

So some constant factor, some type of scaling factor, times x minus the x value of our vertex.

P. So, what you put in th e brackets is many times called Future Value Factor.

And through this fractional reserve system, any one deposit can create 9 times its original value.

So let's use point slope form. y minus this y value, which has to be on the line, is equal to our slope, 5 2 times x minus this x value, the x value when y is equal to 8.

So y minus 2 is going to be equal to the slope, negative 1 over 10 times x minus an x value, times x minus 10, just like that.

The value of remittances sent home by migrants in modern times is much greater than the total in international aid given.

So if we were to multiply this out, the numerator would have been equal to 1 times 1 times 2 squared 2 squared is just 2 times 2, so there would have been 2 times 2 in the numerator, we can ignore the 1, that doesn't change the value.

I did this because I wanted to show you also that multiplying a scalar times, or just a value or a number, times a matrix is just multiplying that number times all of the elements of that matrix.

So the correct solution is y is equal to x natural log of the absolute value of x plus x times c.

So we're given the following equation, that 5 times the absolute value of x plus 3 minus 3 is equal to 7.

The limit as x approaches 0 from the right hand side, from positive numbers, of x minus 2 times the absolute value of x over the absolute value of x has to be equal to l.

So, then if you simplify all this, you get 3 times 10, which is 30 times, and I'm just gonna switch... the order here, times the absolute value of X, and then you have this square root of 5, or the principal root of 5, times the principal root of X.

And 3.00 per share times half a billion shares, that's a 1.5 billion dollar market value of its equity.

) If the fair value is less than carrying value (impaired), the goodwill value needs to be reduced so the carrying value is equal to the fair value.

I'm just taking the larger y value minus the smaller y value, the larger x value minus the smaller x value.

In his 1908 essay Der moderne Denkmalkultus (The modern cult of monuments) he describes historical value, artistic value, age value, commemorative value, use value, and newness value.

And then we reset product we reassign product to be equal to what the former value of the product was times i 1.

Let me figure out what the denominator's value is. so 3 square root times 4 equals plus 9 is equal to 15.928.

If we wanted to find the vertex, the x value of this guy right here, we just take negative b which is negative 3 over 2 times a, 2 times 2, which is 4.

For four quantities whose average value is less than 10 percent, you have people guessing three, four times that level.