Examples of using Exponents in English and their translations into Turkish
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
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Programming
We can add those two exponents.
And then we can add the exponents, and that is x to the fourth power.
I'm just multiplying these two exponents.
We made all the exponents positive.
Then after that, you want to worry about exponents.
We have no E, no exponents in this.
We rewrote the expression as a product of positive exponents.
If I multiply these two exponents, this is 2/3.
Let's get a little bit steeped in algebra, using exponents.
We don't have any exponents here, so we don't have to worry about it.
Then we should do exponents.
You could add the exponents, so that's equal to 1 over 3 minus 7 is x to the negative 4.
Welcome to level three exponents.
There are no exponents in this expression, but I will just write it down just for future reference: exponents.
So the next thing we should do… There are no exponents.
We don't have any exponents here, but we do have some multiplication and division or we actually just have some multiplication.
And that's the same reason why they defined negative exponents in this way.
Well this is equal to just adding the exponents because we have the same base. The integral from 0 to infinity of e to the a minus s t dt.
Now I'm going to mix it up real good and do some negative fractional exponents.
Here, we multiplied the exponents because we had something to an exponent and then that whole thing being raised to another exponent.
They're really kind of same sides of the samecoin when we learn about negative exponents.
If you have been practicing your level one exponents, you will probably know that well, that equals two, because two times two times two times two, well that equals sixteen.
And on this side, you get a to the-- this becomes the numerator, right,because we just multiply the exponents.
Scientific mode supports exponents and trigonometric functions, and programmer mode gives the user access to more options related to computer programming.
And you want to be very careful here.Not all even or odd functions even have exponents in them!
So when you multiply exponents with the same base, you add the exponents. When you divide with the same base, you subtract the denominator exponent from the numerator exponent.
And this is just x times itself 6 times, or x to the 6th power.This is why we can add the exponents like that.
Because when you multiply two numbers of the same base, right? Two exponential expressions of the same base,you can add their exponents.
Even though the microscopic physics of these two systems is completely different,their critical exponents turn out to be the same.
We also learned that if itwas 2 to the tenth over 2 to the fifth, we would actually subtract the exponents.