Examples of using Exponents 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
I'm just multiplying these two exponents.
And then we can add the exponents, and that is x to the fourth power.
It might be logarithms or negative exponents.
Exponents leaped at the beast and was quickly squashed.
If I multiply these two exponents, this is 2/3.
So all of the exponents on our variables are going to have to be non-negatives.
Not all even or odd functions even have exponents in them!
I just manipulated the exponents and multiplied some numbers, et cetera, et cetera.
Because either way, when I multiply these exponents, I get 8 to the 2/3.
You could add the exponents, so that's equal to 1 over 3 minus 7 is x to the negative 4.
And then this expression right here, I can actually separate out the exponents.
There names were Parentheses, Exponents, Multiplication, Division, Addition, and Subtraction.
We could rewrite this as x to the minus 1, and then you add the exponents.
So when you multiply exponents with the same base, you add the exponents. .
Notice they did the same calculation with the exponents in a different order.
We haven't put any negative exponents in yet, but I think you will see that the same patterns apply.
And this is, on some level, one of the most sometimes confusing things in exponents.
You multiply the expression by the exponents so you can have a 2 come down, it's going to cancel out with the 1/2.
And then here, we have the same base and we're multiplying, so we can add the exponents.
Logarithm expressions are essentially exponents, so they follow the exponent rules.
You could have said, OK, when I'm dividing with the same base, I can just subtract the exponents.
And then when you multiply exponents like that, that's the same thing as that whole expression to the r power, right?
Now, another way, a completely legitimate way we could have done this, is we could have just subtracted the exponents.
When you have the same base, and you're multiplying two exponents with the same base, you can add the exponents. .
There are no exponents in this expression, but I will just write it down just for future reference: exponents.
So let's say we wanted to do a few expressions and we want to make sure there are no negative exponents in the answer.
Well, when you add exponents, this is the exact same thing as y is equal to c1 e to the lambda x, times e to the mu xi, right?
We know that this is equal to this using logical properties and distributive property and things like that and properties of exponents.
But it is worth remembering that the country also had several exponents in the fight against racism, like Martin Luther King….
I raise something to something, then raise it again, we know from our exponent rules, it's just a product of those two exponents.