Q2. In the model R³ of the Euclidean Geometry E.G., let 0(0,0,0), A(-2,2,0), B(2,2,0). Then the convex Hull of the set n= (0,A,B) is: A) {(x,y,0):-y≤x≤y, Osy≤2} Β) Ω C) {(x,y,0): -ysxsy, 0

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Q2. In the model R³ of the Euclidean Geometry E.G., let
0(0,0,0), A(-2,2,0), B(2,2,0). Then the convex Hull of the
set n= (0,A,B) is: A) {(x,y,0):-y≤x≤y, osy<2}
Β) Ω
C) {(x,y,0): -y≤x≤y, 0 <ys2}
D) {(x,y,0):y=x, Osy}
Transcribed Image Text:Q2. In the model R³ of the Euclidean Geometry E.G., let 0(0,0,0), A(-2,2,0), B(2,2,0). Then the convex Hull of the set n= (0,A,B) is: A) {(x,y,0):-y≤x≤y, osy<2} Β) Ω C) {(x,y,0): -y≤x≤y, 0 <ys2} D) {(x,y,0):y=x, Osy}
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Step 1

Given information

Points:-  O0, 0, 0,  A-2, 2, 0,  B2, 2, 0

Set Ω=O,  A,  B

Then the convex hull of Ω=O,  A,  B

 

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