Susie had 9 apples. She ate 7 and gave 2 away. How many does she have left? $$ \frac{\text { zeto apples }}{(44-2)^{3} \div(6-4)^{3}} $$ Caitlyn drew a parallelogram that has 16 inch sides. The height of the rhombus is 12 inches. What is the area of the parallelogram? B. (h) $$ \qquad $$ Lex built a rectangular pen outdoors for his dog Luther. The pen is 36 feet long and 27 feet wide. What is the area of the $$ L(i d) $$ pen? The tallest player in WNBA history was 7 feet 2 inches tall. Which shows an equivalent height?

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Let's break down each part of your problem step by step.

### Part 1: Susie's Apples
1. **Known Conditions**: 
   - Susie had 9 apples.
   - She ate 7 apples.
   - She gave away 2 apples.

2. **Calculating Remaining Apples**:
   - Start with 9 apples.
   - After eating 7 apples: 
     $$
     9 - 7 = 2
     $$
   - After giving away 2 apples:
     $$
     2 - 2 = 0
     $$
   - **Final Answer**: Susie has 0 apples left.

### Part 2: Expression Calculation
You provided the expression:
$$
\frac{\text { zeto apples }}{(44-2)^{3} \div(6-4)^{3}}
$$
1. **Calculating the Denominator**:
   - First, calculate $$ 44 - 2 $$:
     $$
     44 - 2 = 42
     $$
   - Now calculate $$ (42)^{3} $$:
     $$
     42^{3} = 42 \times 42 \times 42
     $$
   - Next, calculate $$ 6 - 4 $$:
     $$
     6 - 4 = 2
     $$
   - Now calculate $$ (2)^{3} $$:
     $$
     2^{3} = 2 \times 2 \times 2 = 8
     $$
   - Now divide $$ 42^{3} $$ by $$ 2^{3} $$:
     $$
     \frac{42^{3}}{2^{3}} = \frac{42^{3}}{8}
     $$

2. **Final Expression**:
   - Since "zetos apples" is not a numerical value, we cannot compute the final expression without a numerical value for "zetos apples".

### Part 3: Area of the Parallelogram
1. **Known Conditions**:
   - Side length = 16 inches (not needed for area calculation).
   - Height = 12 inches.

2. **Area Calculation**:
   - The area $$ A $$ of a parallelogram is given by:
     $$
     A = \text{base} \times \text{height}
     $$
   - Here, the base is 16 inches and the height is 12 inches:
     $$
     A = 16 \times 12 = 192 \text{ square inches}
     $$

### Part 4: Area of the Rectangular Pen
1. **Known Conditions**:
   - Length = 36 feet.
   - Width = 27 feet.

2. **Area Calculation**:
   - The area $$ A $$ of a rectangle is given by:
     $$
     A = \text{length} \times \text{width}
     $$
   - Here, the area is:
     $$
     A = 36 \times 27
     $$

3. **Calculating the Area**:
   - Let's calculate $$ 36 \times 27 $$:
     $$
     36 \times 27 = 972 \text{ square feet}
     $$

### Part 5: Height of the Tallest WNBA Player
1. **Known Conditions**:
   - Height = 7 feet 2 inches.

2. **Converting to Inches**:
   - There are 12 inches in a foot, so:
     $$
     7 \text{ feet} = 7 \times 12 = 84 \text{ inches}
     $$
   - Adding the additional 2 inches:
     $$
     84 + 2 = 86 \text{ inches}
     $$

### Summary of Answers:
- Susie has **0 apples left**.
- The expression cannot be evaluated without a numerical value for "zetos apples".
- The area of the parallelogram is **192 square inches**.
- The area of the rectangular pen is **972 square feet**.
- The height of the tallest WNBA player is **86 inches**.
- Susie has 0 apples left. - The area of the parallelogram is 192 square inches. - The area of the rectangular pen is 972 square feet. - The tallest WNBA player is 86 inches tall.

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