Examples of using Same base in English and their translations into Serbian
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Colloquial
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Ecclesiastic
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Computer
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Latin
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Cyrillic
Both at the same base?
Well, when you're dividing,you subtract exponents if you have the same base.
Well, we have the same base, so we can add the exponents.
We have the exact same base, x.
Well, I have the same base in all of these, so I can add the exponents.
This is going to be equal to-- we have the same base, x.
Well once again,we have the same base and we're taking a quotient.
You will be investigating a robbery in the warehouse at the same base.
When you multiply numbers with the same base, you add the exponents.
When dividing, you subtract the exponents, if they have the same base.
If I have the same base 10 right over here, so I can add the exponents.
When multiplying expressions with the same base, add the exponents.
When you divide with the same base, you subtract the denominator exponent from the numerator exponent.
When doing exponents multiplication with the same base, simply add their exponents.
When you have the same base, and you're multiplying two exponents with the same base, you can add the exponents.
When we multiply exponents with the same base we can add the exponents.
We have the same base, so we can add the exponents, and we're multiplying them, so that equals 3 to the eighteenth power, right?
The sending andreceiving handset must both be registered to the same base station.
All programs have the same base- study of Economy, Management and Psychology.
The SI allows easy multiplication when switching among units having the same base but different prefixes.
Well once again,you have the same base, in this case it's A, and so since I'm multiplying them, you can just add the exponents.
When you carry out multiplication of exponents with the same base, you add their exponents together.
If you use the same base under colored pencils, ink, gouache, watercolor, coal or sanguine, the result will be completely different.
You could have said, OK,when I'm dividing with the same base, I can just subtract the exponents.
If they're both in the numerator, as in this case: seven to the fortieth times seven to the fifth-- actually there's no numerator, but if they're essentially multiplying by each other, and of course,you have to have the same base-- then you add the exponents.
See look, I'm multiplying two things that have the same base, so this is going to be that base, four.
A day earlier, a Washington Post piece also mentioned the same base on the tiny Indian Ocean archipelago, as well as one in the African nation of Djibouti, another under construction in Ethiopia, and a secret CIA airstrip being built for drones in an unnamed Middle Eastern country.
And if you know your exponent rules,you know that when you multiply two numbers that have the same base, you can just add their exponents.
Conceptually, short-circuiting can be considered to either have the same base case and recursive step, only checking the base case before the recursion, or it can be considered to have a different base case(one step removed from standard base case) and a more complex recursive step, namely"check valid then recurse", as in considering leaf nodes rather than Null nodes as base cases in a tree.
This gives us 3 times 5 is 15, 15 times 10 to the eighth, times 10 squared,we have the same base, we're taking the product so we can add the exponent.