2. Calculate the area of each wall to be paint 2.1.1 Wall $$ \mathrm{I}=\mathrm{L} imes \mathrm{h} $$ $$ \begin{array}{l} ext { 2.1.2 }\end{array} $$ Wall $$ 2=\mathrm{B} imes \mathrm{h} $$ 2.1.3 Wall $$ 3=\mathrm{L} imes \mathrm{h} $$

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2. Calculate the area of each wall to be paint 2.1.1 Wall $$ \mathrm{I}=\mathrm{L} 	imes \mathrm{h} $$ $$ \begin{array}{l}	ext { 2.1.2 }\end{array} $$ Wall $$ 2=\mathrm{B} 	imes \mathrm{h} $$ 2.1.3 Wall $$ 3=\mathrm{L} 	imes \mathrm{h} $$

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**Step 1. Identify the dimensions for each wall**  
- For Wall $$ I $$: the area is given by the product of its length, $$ L $$, and its height, $$ h $$.  
- For Wall $$ 2 $$: the area is given by the product of its breadth, $$ B $$, and its height, $$ h $$.  
- For Wall $$ 3 $$: the area is again given by the product of its length, $$ L $$, and its height, $$ h $$.

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**Step 2. Write the formulas for the area of each wall**  
- **Wall $$ I $$:**  
  $$
  \text{Area}_{I} = L \times h
  $$
  
- **Wall $$ 2 $$:**  
  $$
  \text{Area}_{2} = B \times h
  $$
  
- **Wall $$ 3 $$:**  
  $$
  \text{Area}_{3} = L \times h
  $$

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**Step 3. Final Expressions**  
The areas of the walls to be painted are therefore:
- Wall $$ I $$ has an area of $$ L \times h $$.
- Wall $$ 2 $$ has an area of $$ B \times h $$.
- Wall $$ 3 $$ has an area of $$ L \times h $$.
The areas of the walls to be painted are: - Wall $$ I $$: $$ L \times h $$ - Wall $$ 2 $$: $$ B \times h $$ - Wall $$ 3 $$: $$ L \times h $$

2. Calculate the area of each wall to be paint 2.1.1 Wall \( \mathrm{I}=\mathrm{L} \times \mathrm{h} \) \( \begin{array}{l}\text { 2.1.2 }\end{array} \) Wall \( 2=\mathrm{B} \times \mathrm{h} \) 2.1.3 Wall \( 3=\mathrm{L} \times \mathrm{h} \)

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