Answer:
16 days
Step-by-step explanation:
OK, The pet snail only moves a foot per day because at night it falls again, SO ima going with 16 days.
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.
y = (2/3)x + 6
because the slope stays the same because it is parallel and to get the y intercept you plug in -3 for x into the equation (2/3)x +? =4 and ?=6 so that gives you the equation y = (2/3)x + 6
Domain: {-4,0,8}
Range: {1,5,10}
1.
a)he is correct 24/12=2
b)291/7 if the number is is rational it is factorable
2.
a)4
b)9
c)8
d)9