To analyze and solve the question, let's break it down step by step:

1. Understanding the Front Elevation: The front elevation is the view of the solid when observed from the front side. It must match both the plan (top view) and side elevation to ensure consistency with the solid's structure.

2. Plan and Side Elevation Analysis:

   • The Plan (top view) shows a rectangular layout.
   • The Side Elevation shows a taller rectangular outline.

3. Checking the Given Front Elevations:

   • We need to determine which options (A to H) match both the given Plan and Side Elevation.

4. Drawing Another Front Elevation:

   • Based on the Plan and Side Elevation, any new front elevation must feature the correct height and width proportions consistent with these views.

Let me examine the image closely and extract the viable options.from PIL import Image import matplotlib.pyplot as plt

Load and display the image to analyze it further

image_path = "/mnt/data/1732044473257g74n8cmq.jpg" img = Image.open(image_path)

plt.figure(figsize=(10, 6)) plt.imshow(img) plt.axis('off') # Turn off axes for clarity plt.show() <<ImageDisplayed>>successFrom the provided image, we analyze the options for the front elevation based on the given plan and side elevation:

Step 1: Analyzing the Plan

• The Plan shows a 3x2 rectangular base, meaning the front elevation must reflect a width of 3 units.

Step 2: Analyzing the Side Elevation

• The Side Elevation indicates a height of 3 units.

Step 3: Evaluating the Front Elevation Options

• Option A: This does not fit because the left side is recessed.
• Option B: This fits perfectly with a width of 3 and a peaked roof matching the height.
• Option C: This is valid; it matches the width and includes a stepped design with correct height proportions.
• Option D: This fits, with the width and height matching.
• Option E: Incorrect, as the V-shape doesn’t match the side elevation.
• Option F: This fits, with the peaked roof and proportions matching the width and height.
• Option G: This also fits, with correct width and peaked roof height.
• Option H: Incorrect, as the recessed corner does not match the plan.

Step 4: Drawing Another Possibility

A valid alternative front elevation would be a rectangular block (width = 3 units, height = 3 units) or a similar shape respecting the plan and side elevation.

Would you like me to draw this alternative possibility?