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\(|\frac{x}{2}| + |\frac{y}{2}| = 5\)

Multiplying with 2 on both the sides we get

\(|\frac{2x}{2}| + |\frac{2y}{2}| = 2*5\)

=> |x| + |y| = 10

We can open |x| + |y| = 10 in four cases

Case 1 and 2 which is Quadrant I and Quadrant II
Quadrant I : x ≥ 0, y ≥ 0

=> |x| = x, | y| = y
=> x + y = 10
=> x = 0, y = 10 and y = 0, x = 10

So, the line will pass through the points (0,10) and (10,0) in Quadrant I
Quadrant II : x 0, y ≥ 0

=> |x| = -x, | y| = y
=> -x + y = 10
=> x = 0, y = 10 and y = 0, x = -10

So, the line will pass through the points (0,10) and (-10,0) in Quadrant II

Case 3 and 4 which is Quadrant III and Quadrant IV
Quadrant III : x 0, y 0

=> |x| = -x, | y| = -y
=> -x - y = 10
=> x = 0, y = -10 and y = 0, x = -10

So, the line will pass through the points (0,-10) and (-10,0) in Quadrant III
Quadrant IV : x 0, y 0

=> |x| = x, | y| = -y
=> x - y = 10
=> x = 0, y = -10 and y = 0, x = 10

So, the line will pass through the points (0,-10) and (10,0) in Quadrant IV

Attachment:
ABS-42-1.jpg
ABS-42-1.jpg [ 18.71 KiB | Viewed 122 times ]

So, Area of the enclosed figure = Area of the Two triangles with base = (10 - (-10)) = 20 and Height = 10

Attachment:
ABS-42-2.jpg
ABS-42-2.jpg [ 21.6 KiB | Viewed 124 times ]

=> Area of the enclosed figure = 2 * \(\frac{1}{2}\) * 20 * 10 = 200

So, Answer will be D
Hope it helps!

Watch the following video to MASTER Absolute Value Problems

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