from PIL import Image import pytesseract

Load the uploaded image

image_path = "/mnt/data/1731941319462sy7e927z.jpg" img = Image.open(image_path)

Use OCR to extract text from the image

extracted_text = pytesseract.image_to_string(img) extracted_text''''successThe text extraction did not yield results due to the handwriting or format of the image. I'll analyze the image manually based on the visible dimensions and provide the surface area and perimeter calculations. Let me proceed.### Surface Area and Perimeter Calculation:

Based on the visible dimensions:

Steps:

1. Divide the shape into rectangles:

   • One large rectangle (top right) with dimensions $12'6''$ by $5'6''$.
   • Subtract the smaller portions to calculate the total surface area.

2. Convert all dimensions to inches for uniformity:

   • $12'6'' = 150 \, \text{inches}$,
   • $5'6'' = 66 \, \text{inches}$,
   • $4'9'' = 57 \, \text{inches}$,
   • $3'3'' = 39 \, \text{inches}$.

3. Calculate the total surface area: Break the shape into rectangles and sum their areas.

4. Perimeter: Add the lengths of all edges.

Let me compute these values step by step.# Define dimensions in inches large_rectangle_length = 150 # 12'6'' = 150 inches large_rectangle_width = 66 # 5'6'' = 66 inches cutout_1_length = 39 # 3'3'' = 39 inches cutout_1_width = 39 # 3'3'' = 39 inches cutout_2_length = 57 # 4'9'' = 57 inches

Surface Area Calculations

total_area_large = large_rectangle_length * large_rectangle_width cutout_1_area = cutout_1_length * cutout_1_width cutout_2_area = cutout_2_length * cutout_1_width

Total surface area

total_surface_area = total_area_large - (cutout_1_area + cutout_2_area)

Perimeter Calculations

perimeter = (2 * (large_rectangle_length + large_rectangle_width)) + (2 * cutout_1_width) + cutout_2_length

total_surface_area, perimeter(6156, 567)(6156, 567)success### Results:

1. Surface Area: $6156 \, \text{square inches}$ (approximately $42.75 \, \text{square feet}$).
2. Perimeter: $567 \, \text{inches}$ (approximately $47.25 \, \text{feet}$).

Would you like me to break down the steps further, or help with converting these into different units? Here are some related questions you might find helpful:

1. How can I calculate dimensions for irregular shapes more efficiently?
2. What are the best methods to estimate areas for floor plans?
3. How do unit conversions (inches to feet) affect precision in calculations?
4. Could you explain the differences between perimeter and area in practical applications?
5. How do I calculate material requirements for a given surface area?

Tip: Always ensure measurements are in the same unit before calculating to avoid errors.