Use photo-math or Gauth-math application can help u this
If you there isn't enough digits to place, just add zeroes to product to make it a full product or don't even use a decimal point at all.
Yes they are the same because when the negative is distributed into (an+c), the plus sign becomes a negative.
Answer:
![\sqrt[4]{x^3}](https://tex.z-dn.net/?f=%5Csqrt%5B4%5D%7Bx%5E3%7D)
Step-by-step explanation:
First, let's examine our original statement.

Using exponent rules, we know that if we have
, then simplified, the answer will be equivalent to
.
So we can simplify this by adding the exponents
and
.
Converting
into fourths gets us
.
.
So we now have
.
When we have a number to a fraction power, it's the same thing as taking the denominator root of the base to the numerator power.
Basically, this becomes
. (The numerator is what we raise x to the power of, the denominator is the root we take of that).
Hope this helped!
The answer is the option A, which is: A. Equilateral triangles.
The explanation for this answer is shown below:
By definition, a tetrahedron is a solid in three dimensions that has: six sides, four vertices and four triangular faces. These faces are equilateral triangles, which means that all the sides are equal and all the interior angles measure
degrees.
The tetrahedron is also called "triangular pyramid".