<u>Given</u>:
The nth term of the sequence is defined as 
We need to determine the term 
of the sequence.
<u>The term </u>:
The term can be determined by substituting n = 5 in the nth term of the sequence
Thus, we get;
Simplifying the expression, we get;
Squaring the term, we have;
Multiplying the expression, we get;
Thus, the value of the term of the sequence is 80.
Multiplying positive numbers always comes out positive, no matter how many there are. So you can forget about the positive ones.
Every two negative numbers in a multiplication produce a positive.
Another way to say that is: If the number of negative ones is EVEN,
the answer is positive, and if it's ODD, the answer is negative.
That monster product of eight numbers in problem #12 will be negative,
because there are an odd amount of negative factors in it.
Hey!
The answer would be (4,8)
You separate the inequalities first
-2x + 6>-10
-2x + 6<-2
Then you solve the inequalities
X<8
X>4
Then find the intersection
(4,8)
And there you go! Hope this helps!
Answer: a
Step-by-step explanation:
(6z³+3z²-4z+8) - (4z²-3z+2)
all of the numbers in the second set of parenthesis are going to have their signs switched so...
(6z³+3z²-4z+8) + (-4z²+3z-2)
now you add the two sets of parenthesis
<u>6z³ - z² - z + 6</u>
<u />
Answer:
63
Step-by-step explanation:
21*3=63
hope this helps..
