let (R₂ *) be a mathematical system * is defined as: FabER where axb=atbab prove that: □ is commutative and associative * has an identity [3] find all invertable element, if any. VXER. 2 14] set x n = X*X** (NEN) Show that X` = 1-(1-x) and x² =1-(1-x)² also conjaetaure the general fare form for xn and prove it by Induction therom.
let (R₂ *) be a mathematical system * is defined as: FabER where axb=atbab prove that: □ is commutative and associative * has an identity [3] find all invertable element, if any. VXER. 2 14] set x n = X*X** (NEN) Show that X` = 1-(1-x) and x² =1-(1-x)² also conjaetaure the general fare form for xn and prove it by Induction therom.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
Related questions
Question
![let (R, *) be
where
a mathematical system
HABER
2
131
* is defined as
prove that:
[ * is commutative and associative.
* has an identity
find all invertable element, if any.
VXER.
a+b=a+b - ab
14 set x = X*X** (NEN)
Show that
X` = 1 (1-x) and x² =1-(1-x)²
also conjaetaure the general fete form
for xn and prove it by A Incluction
therom.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F988f78a0-3428-4c3f-9501-c3cbec48f536%2F549265ba-e1fc-44c7-9c24-c9cb4d42abd5%2Fpsfazh_processed.jpeg&w=3840&q=75)
Transcribed Image Text:let (R, *) be
where
a mathematical system
HABER
2
131
* is defined as
prove that:
[ * is commutative and associative.
* has an identity
find all invertable element, if any.
VXER.
a+b=a+b - ab
14 set x = X*X** (NEN)
Show that
X` = 1 (1-x) and x² =1-(1-x)²
also conjaetaure the general fete form
for xn and prove it by A Incluction
therom.
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