Question
Fill in the blanks with the appropriate area for each section of the composite figure. Then indicate the total area of the composite figure. (3 points)
Drop target 1
Drop target 2
Drop target 3
Question 2
What is the total area of the composite figure?(1 point)
Area =
ft.2
A 3 ft 3 ft
B 6ft 5 ft
C 3ft
Drop target 1
Drop target 2
Drop target 3
Question 2
What is the total area of the composite figure?(1 point)
Area =
ft.2
A 3 ft 3 ft
B 6ft 5 ft
C 3ft
Answers
GPT-4o mini
To calculate the total area of the composite figure comprised of the given sections A, B, and C, we will determine the area of each section based on the dimensions provided.
1. **Section A (Rectangle):**
- Dimensions: 3 ft x 3 ft
- Area of A = length × width = 3 ft × 3 ft = 9 ft²
2. **Section B (Rectangle):**
- Dimensions: 6 ft x 5 ft
- Area of B = length × width = 6 ft × 5 ft = 30 ft²
3. **Section C (Rectangle):**
- Dimensions: 3 ft (assumed height based on the context)
- The width is not provided, but let's assume it is part of a larger composite figure, and Section C may need to be calculated depending on its specific arrangement. If Section C is part of a definitive shape and its width can be determined or is consistent with A or B.
Assuming Section C is independently calculated, we can only give the area as:
- Area of C = 3 ft (without a width provided, we can't determine a 2D area).
However, since areas of A and B are clear, we can calculate the total area of the known composite figure by adding up A and B.
4. **Total Area Calculation:**
\[
\text{Total Area} = \text{Area of A} + \text{Area of B} + \text{Area of C}
= 9 ft² + 30 ft² + \text{Area of C (currently unknown)}
\]
If Section C needs additional width for its area, we can't add it to the total without more info.
### Total Area (without Section C's Area, since it's unclear):
\[
\text{Total Area} = 9 ft² + 30 ft² = 39 ft²
\]
Please confirm if there are any additional provided dimensions or context for Section C to ensure a more accurate total area calculation. If you were seeking a specific combined result based on these sections, the above breakdown illustrates how you may arrive at calculating the areas effectively.
1. **Section A (Rectangle):**
- Dimensions: 3 ft x 3 ft
- Area of A = length × width = 3 ft × 3 ft = 9 ft²
2. **Section B (Rectangle):**
- Dimensions: 6 ft x 5 ft
- Area of B = length × width = 6 ft × 5 ft = 30 ft²
3. **Section C (Rectangle):**
- Dimensions: 3 ft (assumed height based on the context)
- The width is not provided, but let's assume it is part of a larger composite figure, and Section C may need to be calculated depending on its specific arrangement. If Section C is part of a definitive shape and its width can be determined or is consistent with A or B.
Assuming Section C is independently calculated, we can only give the area as:
- Area of C = 3 ft (without a width provided, we can't determine a 2D area).
However, since areas of A and B are clear, we can calculate the total area of the known composite figure by adding up A and B.
4. **Total Area Calculation:**
\[
\text{Total Area} = \text{Area of A} + \text{Area of B} + \text{Area of C}
= 9 ft² + 30 ft² + \text{Area of C (currently unknown)}
\]
If Section C needs additional width for its area, we can't add it to the total without more info.
### Total Area (without Section C's Area, since it's unclear):
\[
\text{Total Area} = 9 ft² + 30 ft² = 39 ft²
\]
Please confirm if there are any additional provided dimensions or context for Section C to ensure a more accurate total area calculation. If you were seeking a specific combined result based on these sections, the above breakdown illustrates how you may arrive at calculating the areas effectively.