The first derivative of e to the x power is e to the power of x.
The number is being multiplied by itself. For example, 11( 1 to the first power) is the same as this: 1 x itself,1. This applies to any other number... 4 (41 is the same as itself).Actually, the reason is in the definition of exponentiation.an means a x a x a x... x a (n times)a1= aa2= a x aa3= a x a x aetc.As you can see, any number to the power of one is, by definition, the same number. In this case no multiplications are involved.
The square root of x squared is x, or x to the first power.
That's the same as 1 divided by (x to the power 3).
Yes both are the same. You can write it as x^2 as well.
Any number to the first stays the same, so x to the first equals x.
Yes. For any number "x", x to the power 1 is the same as x.
x times x to the first power is x to the second power
The first derivative of e to the x power is e to the power of x.
1 (: cause x=1x to the 2nd power is the same as x2 (x squared) or x*x
Assuming X and x are the same then x2 + x2 = 2x2.
The number is being multiplied by itself. For example, 11( 1 to the first power) is the same as this: 1 x itself,1. This applies to any other number... 4 (41 is the same as itself).Actually, the reason is in the definition of exponentiation.an means a x a x a x... x a (n times)a1= aa2= a x aa3= a x a x aetc.As you can see, any number to the power of one is, by definition, the same number. In this case no multiplications are involved.
The square root of x squared is x, or x to the first power.
NO 7 to the third power is the same 7 x 7 x 7 = 343 777 x 3 = 2331 not the same
That's the same as 1 divided by (x to the power 3).
Yes both are the same. You can write it as x^2 as well.
When multiplying two terms with the same base, you add the exponents. In this case, x to the fifth power times x to the third power would be x to the power of 5 + 3, which simplifies to x to the power of 8. So, x to the fifth power times x to the third power equals x to the eighth power.