Consider a choice problem with set X=(x, y, z), and consider the following choice structures: (B,C), in which B'= {{x,y). (v.), (x,z), (x), (u), (=)) and C({x,y))= (r), C({y, z})= {v}, C({x, 2)) (2), C({x})=(x), C({})= (v), C({}) {=} (B,C), in which B" = ({r, y, z). (x,y), (v.), (,), (r), (u). (=)) and C({r, y, z)) = {x}.C({x,y}) (a), C({v. =)) (), C((, )) (2), C({})=(x), C({v}){v}.C({=})= {=} (B, C), in which B""((..), (.y). (v.), (, ), (x), (u). (=)) and C((x, y, z)) = {x}, C({x,y)) = (r), C({v. =)){v}.C({r, z)) (r), C({})(), C({})(u), C({}) ({=} For each choice structure, determine.if WARP is satisfied

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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3. Consider a choice problem with set X=(x, y, z), and consider the following choice structures:
(B,C), in which B' = {{x,y}, {y, z). {r, 2), (r), (y}, {=}} and C({x,y)) = (x), C({y, z})=
{v}.C({r, 2)) = {2},C({z})= {z},C({v})= {v}, C({z}) = {2}
●
(B", C), in which B" = ({r, y, z), (r,y}, {v, z). (x,z), (r). {u}, {z}} and C({x, y, z)) = {z}.C({x,y})=
{},C({v. =)) = {2), C({r, 2)) = {2}, C({})= {x}, C({v})= {v}.C({z})} = {z}
(B,C), in which B" = {{r, y, z). (r. y). (v.), (x,z), (r), (v). {=}} and C({x,y,z})= (r), C({x,y})=
{},C({v})= {v}. C({r, 2)) = {}, C({})= {x}, C({})= (y), C({})= {z}
For each choice structure, determine.if WARP is satisfied
.
Transcribed Image Text:3. Consider a choice problem with set X=(x, y, z), and consider the following choice structures: (B,C), in which B' = {{x,y}, {y, z). {r, 2), (r), (y}, {=}} and C({x,y)) = (x), C({y, z})= {v}.C({r, 2)) = {2},C({z})= {z},C({v})= {v}, C({z}) = {2} ● (B", C), in which B" = ({r, y, z), (r,y}, {v, z). (x,z), (r). {u}, {z}} and C({x, y, z)) = {z}.C({x,y})= {},C({v. =)) = {2), C({r, 2)) = {2}, C({})= {x}, C({v})= {v}.C({z})} = {z} (B,C), in which B" = {{r, y, z). (r. y). (v.), (x,z), (r), (v). {=}} and C({x,y,z})= (r), C({x,y})= {},C({v})= {v}. C({r, 2)) = {}, C({})= {x}, C({})= (y), C({})= {z} For each choice structure, determine.if WARP is satisfied .
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