Answer:
Option B,C and E are solution to given inequality 
Step-by-step explanation:
We need to check which ordered pairs from given options satisfy the inequality 
Ordered pairs are solutions to inequality if they satisfy the inequality
Checking each options by pitting values of x and y in given inequality
A ) (1, -5)

So, this ordered pair is not the solution of inequality as it doesn't satisfy the inequality.
B) (-3, - 2)

So, this ordered pair is solution of inequality as it satisfies the inequality.
C) (0, -9)

So, this ordered pair is solution of inequality as it satisfies the inequality.
D) (2, -1)

So, this ordered pair is not the solution of inequality as it doesn't satisfy the inequality.
E) (5, 4)

So, this ordered pair is solution of inequality as it satisfies the inequality.
So, Option B,C and E are solution to given inequality 
<u>Corrected Question</u>
Garth buys 24 kilograms of candy. He then repacks the candy into small bags of 3/4 kilogram each. How many bags does he pack?
Answer:
C. 32 bags
Step-by-step explanation:
Total Weight of Bag bought =24 kilograms
Since Garth wants to repack the candy into small bags of 3/4 kg, we simply divide 24 by 3/4 to obtain the number of small bags.

There will be 32 small bags of 3/4 kg.
The correct option is C.
Answer:
3. C=4a
Step-by-step explanation:
600/150 = 4 (one square foot = $4)
#1
LsA
- 2×h(l+b)
- 2(10)(6+4)
- 200.00m²
TSA
- 2(lb+bh+lh)
- 2(6×4+4×10+10×6)
- 2(24+40+60)
- 248.00m²
Volume.
#2
LSA
TSA
Hypotenuse=√5²+8²=√89=9.4
- 5(8)+9.4(12)+12(8)+5(12)
- 40+112.8+96+60
- 308.8ft²
Volume
- Area of base×Height
- 1/2(5)(8)(12)
- 20(12)
- 240ft³
2 and 5/8 feet left of wrapping papper