Examples of using Exponent in English and their translations into Thai
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
The syntax for the Power function is: Power(number, power), number is a base number, power is the exponent used to raise the base number to.
In the following polynomial, identify the terms along with the coefficient and exponent of each term.
For example, Power(10, 2), the number 10 is the base and the number 2 is the exponent.
But the way I would think about it is, well I have this crazy exponent right over here.
We multiply times exponent which is minus 2, and then we decrement the exponent by 1, so we get x to the minus 3.
And from our exponent properties, we know that this is the exact same thing as the cube root of 2 times 5 times the cube root-- so.
If I take something to an exponent, and then to another exponent, this is the same thing as taking my base to the product of those exponents. .
When you divide with the same base, you subtract the denominator exponent from the numerator exponent.
Actually I don't have to do too rigorous of a proof if you just remember how a derivative is done, you just multiply this times the exponent minus 1.
Because ln of x is essentially saying what exponent do I have to raise e to to get x?
Because either way, when I multiply these exponents, I get 8 to the 2/3.
So when you multiply exponents with the same base, you add the exponents. .
And then we can add the exponents, and that is x to the fourth power.
Logarithm expressions are essentially exponents, so they follow the exponent rules.
And this is, on some level, one of the most sometimes confusing things in exponents.
So all of the exponents on our variables are going to have to be non-negatives.
It might be logarithms or negative exponents.
I just manipulated the exponents and multiplied some numbers, et cetera, et cetera.
Not all even or odd functions even have exponents in them!
And then this expression right here, I can actually separate out the exponents.