Question:medium

The area of the quadrilateral bounded by the \(Y\) -axis, the line \(x = 5\) , and the lines \(|x-y|-|x-5|=2\), is

Updated On: Nov 25, 2025
  • 45
  • 55
  • 60
  • None of Above
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The Correct Option is A

Solution and Explanation

The area of the quadrilateral bounded by the Y -axis, the line x = 5,and the lines |x-y|-|x-5|=2,is

Objective: Calculate the area of quadrilateral \( ABDE \)

Decomposition: Quadrilateral \( ABDE \) comprises:

  • Rectangle \( ABCD \)
  • Triangle \( \triangle CDE \)

Formula: Area of \( ABDE = \) Area of rectangle \( ABCD \) + Area of triangle \( \triangle CDE \)

Calculation Step 1: Area of rectangle \( ABCD \)

Length = \( 7 - 3 = 4 \) units 
Breadth = \( 5 \) units

Area = \( 4 \times 5 = 20 \) square units

Calculation Step 2: Area of triangle \( \triangle CDE \)

Base = \( 10 \) units, Height = \( 5 \) units

Area = \( \frac{1}{2} \times 10 \times 5 = 25 \) square units

Calculation Step 3: Total Area of Quadrilateral \( ABDE \)

\( = 20 + 25 = \mathbf{45} \) square units

Final Answer: (A) \( \mathbf{45} \)

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