Answer: Solve the equation for
x
by finding
a
,
b
, and
c
of the quadratic then applying the quadratic formula.
x = −3−√−3+4y2x=−3+√4y−32
Step-by-step explanation:
Answer:
B) Owen can have a maximum of 22 rabbits in the store.
Step-by-step explanation:
Consider:
"He wants to ensure he has more than 1 pound of dry food for every four rabbits he has in the store."
It means, at least 0.25 pounds per rabbit. (1 pound divided by four)
"He currently has 5.7 pounds of dry food."
Inequality (r is the number of rabbits):

According to the inequality, he can only have a maximum of 22 rabbits.
Answer:
CD = 9
Step-by-step explanation:
ΔADE is similar to ΔBCD
<u><em>Such that:</em></u>
AD is similar to CD
BD is similar to ED
AE is similar to BC
<u><em>Taking the proportion of their sides to find the unknown sides CD</em></u>
=> 
<em>Cross Multiplying</em>
=> 2(CD) = 3*6
=> CD = 18/2
=> CD = 9
Part 11) The positive integers -----------> <span>D.) The natural numbers
</span>2.) An ordering of quantities -----------> <span>B.) A sequence
</span>3.) 2, 4, 8, 16, . . ., 256 -----------> <span>A.) An example of a finite sequence
</span>4.) 1, 3, 5, 7, . . . -----------> <span>E.) An example of an infinite sequence
</span>5.) No first term is available -----------> C.) The reason the numbers . . . -4, -2, 0, 2, 4, . . . are not a sequence
Part 2

The answers is A.
Part 3

The answers is
B.
Part 4
The pattern in this sequence is:

Let's list first six terms:

This is a infinite sequence. The patern is obvious and we could find any term within the sequence.