Simplify both sides of the inequality, then isolate the variable. That should leave you with x> - 4
Answer:
∠B and ∠F
∠F and ∠E . . . already listed in the problem statement, so may not be considered an "other pair"
Step-by-step explanation:
∠C and ∠F are vertical angles, so are congruent. Then any angle complementary to one of those will also be complementary to the other.
Likewise, ∠B and ∠E are vertical angles and congruent. Any angle complementary to one of them will also be complementary to the other. Here, ∠E and ∠F are listed as complementary, so we know ∠B and ∠F will be also.
Answer:
Step-by-step explanation:
If you plot the focus and the vertex, you see that the focus is on the same vertical line, just 4 units up. Since the vertex is below the focus and a parabola ALWAYS wraps around the focus, the parabola is a positive y equals x-squared type. Depending upon what you call standard form will dictate how your answer "looks", although they are both the same parabola. There are 2 forms:
and

We will work on the first one, then rewrite it into the second one.
Our h value is -5, our k value is 2 (from the vertex (h,k)), and p is defined as the distance between the focus and the vertex. Our p is 4. Filling all that in:

That's one form. If we expand the left side of that form we have
Now divide both sides by 16 to get

Now add 2 to both sides in the form 32/16 to get

They are both the same parabola; pick whichever one fits your needs.
The <u>correct answer</u> is:
There are 4 terms.
Explanation:
In a polynomial, the "terms" are the monomials that are separated by addition or subtraction.
In our polynomial, we have the monomials abcd; e; fg; and h². There are 4 monomials, so there are 4 terms.
Answer:
I don't know. I am sorry
Step-by-step explanation: