3 to the fouth power is the same as 3*3*3*3
One is 3 to the 4th power
Follow the law of exponents to get your answer. With the same base, add the exponents. You could just work it out: A^3 = A*A*A, so (A^3)*(A^3) = A*A*A * A*A*A = A^6 {A to the 6th power}
If you're multiplying numbers with exponents, add the exponents. 32 x 33 = 35 If you're raising exponents to a power, multiply the exponents. 3 squared to the third power = 36
The fifth power of 3 is 35.
There are two ways to express exponents in Excel.=6^3=POWER(6,3)
3 to the 4th power 9 squared
It means the number to the power of 3.
If you mean what I think you mean, then... 92
One is 3 to the 4th power
Follow the law of exponents to get your answer. With the same base, add the exponents. You could just work it out: A^3 = A*A*A, so (A^3)*(A^3) = A*A*A * A*A*A = A^6 {A to the 6th power}
The degree for 6xy to the 3rd power is equal to the addition of the exponents of equal polynomial that means 1+3 (1 for the x and 3 for the y) and you get an answer of a 4th degree polynomial
If you're multiplying numbers with exponents, add the exponents. 32 x 33 = 35 If you're raising exponents to a power, multiply the exponents. 3 squared to the third power = 36
The fifth power of 3 is 35.
Well, darling, when you have the same base and you're multiplying exponents, you just add the exponents. So, 3 to the 7th power times 3 to the 3rd power is 3 to the 10th power. Simple math, honey.
There are two ways to express exponents in Excel.=6^3=POWER(6,3)
Well, darling, when you multiply numbers with the same base, you just add their exponents. So, 10 to the 3rd power times 10 to the 4th power is 10 to the 7th power. Math doesn't have to be a drag, honey!
An integer exponent is the number of times that a number is multiplied by itself. For example: if the exponent of a is 3, then it represents the number a3 = a*a*a. The laws of exponents can be extended to arrive at definitions of negative exponents [a-3 = 1/a3] and fractional exponents [a1/3 is the cube or third root of a]. These definitions can be further extended to exponents that are irrational numbers, or even complex number.