Well, technically 3 to the power of the 2 is the exact same thing as 3 squared because if some number is to the power of 2, in mathematical terms it is squared.
They are the same number. In fact, there's no "they", because "squared" and "to the second power" are just two different names for the same operation.
divide by 100 and then divide by 100 again or divide by 10,000 - same thing
Like terms are terms with the same variable to the same power. Examples: 2y and 3y are like terms. 2y and 2z are not like terms 4y squared and 3y squared are like terms 4y squared and 3y are not like terms
3 squared is the same as saying 3 times itself which = 9. The answer to 3 squared is solved using these steps. Squared = to the second power Which is to multiply the number by its self 2 times. So 3 squared is 3 times three. So your answer is 9
They are both the same thing. They are written; 32
Well, technically 3 to the power of the 2 is the exact same thing as 3 squared because if some number is to the power of 2, in mathematical terms it is squared.
The terms 'squared feet', 'square feet' and 'feet squared' have the same essential meaning.
Yes they are the same thing, they are just called different things when used in sentences. for example 5 squared would be to the second power and the exponent would be 2.
As a to the power of 2 is the same as a squared then how about this a2
when they say a number is "to a power" like "5 to the second power" its the same thing as 52 read "5 squared" to solve this all you have to do is 5x5=25. if you have "3 to the fourth power" you would do 34 which is the same as 3x3x3x3=81.
No. Ten to the 3rd power is 1000, while ten squared is 100.
There is no such thing as 1 SQUARED by 5. It is actually 1 to the 5th power, which is 1.
They mean the same thing. Square meters is the same as meters squared.
They are the same thing.
They're the same thing. The 2 in squared inches is an exponent.
They are the same number. In fact, there's no "they", because "squared" and "to the second power" are just two different names for the same operation.