Answer:
Step-by-step explanation:
Answer:
3
Step-by-step explanation:
The left side of A is 1 unit
The left side of B is 3 units
The scale factor is 3
Check:
The top of A is 3 units and the top of B is 9
3*3 = 9
Answer:
Step-by-step explanation:
All you have to do for this is follow PEMDAS (Parenthesis, Exponent, Multiplication, Division, Addition, Substraction) Which is the order of operations.
First you do parenthesis, , when you have a positive exponent outside a parenthesis like this, you add them together, and in this case, you get,
After that, you do the rest of the exponents as well as multiplication, .
Now we plug in the 81 from our last step along with the 16 from the first step and multiply them together.
Then you just simply need to find which of the answers come out to be the result we got which is 1296. Out of these 4 possible answers, ends up being equal to 1296 which means that is the correct answer.
The zeros of a function f(x) are the values of x that cause f(x) to be equal to zero
There are many theorems to find the zeros of the polynomial functions and one of them is
The Factor TheoremThe Factor Theorem can be used
to analyze polynomial equations. By it we can know that there is a relation between factors and zeros.
<span>let: f(x)=(x−a)q(x)+r.
</span>
If a is one of the zeros of the function , then the remainder r =f(a) =0
and <span>f(x)=(x−a)q(x)+0</span> or <span>f(x)=(x−a)q(x)</span>
Notice, written in this form, x – a is a factor of f(x)
the conclusion is: if a is one of the zeros of the function of f(x),
then x−a is a factor of f(x)
And vice versa , if (x−a) is a factor of f(x), then the remainder of the Division Algorithm <span>f(x)=(x−a)q(x)+r</span> is 0. This tells us that a is a zero.
So, we can use the Factor Theorem to completely factor a polynomial of degree n
into the product of n factors. Once the polynomial has been completely
factored, we can easily determine the zeros of the polynomial.
Answer:
the answer is 78 not sure if its 100 percent correct
Step-by-step explanation: