Question 3/ Vraag 3 Let n be a given positive integer and define the predicate P(r) as Laatn 'n gegewe positiewe heelgetal wees en definieer die predikaat P(r) as yn+1 - 1 r-1

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Chapter2: Second-order Linear Odes
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Discrete mathematics

Question 3/ Vraag 3
Let n be a given positive integer and define the predicate P(r) as
Laat n 'n gegewe positiewe heelgetal wees en definieer die predikaat P(r) as
yn+1 – 1
r - 1
i=0
2 | Page
Transcribed Image Text:Question 3/ Vraag 3 Let n be a given positive integer and define the predicate P(r) as Laat n 'n gegewe positiewe heelgetal wees en definieer die predikaat P(r) as yn+1 – 1 r - 1 i=0 2 | Page
Question 3.1/ Vraag 3.1
For n = 2 write down P ).
Virn = 2 skryf P ()
neer.
Question 3.2/ Vraag 3.2
For an arbitrary given positive integer n write down P
Vir 'n willekeurige gegewe positiewe heelgetal n skryf P ()
пеer.
Question 3.3 / Vraag 3.3
Let a, = 1-
2n
as in Question 2.2. Prove algebraically (by direct manipulation, not mathem
induction) that
Laat an = 1-
soos in Vraag 2.2. Bewys algebraïes (deur direkte manipulasie, nie wiskur
induksie) dat
1
Vn 2 0,
2(an+1 - an):
%3D
2n
Question 3.4 / Vraag 3.4
Prove now that
Bewys nou dat
N+1
- 1
> 2(an+1 - an) =
n=0
1
Transcribed Image Text:Question 3.1/ Vraag 3.1 For n = 2 write down P ). Virn = 2 skryf P () neer. Question 3.2/ Vraag 3.2 For an arbitrary given positive integer n write down P Vir 'n willekeurige gegewe positiewe heelgetal n skryf P () пеer. Question 3.3 / Vraag 3.3 Let a, = 1- 2n as in Question 2.2. Prove algebraically (by direct manipulation, not mathem induction) that Laat an = 1- soos in Vraag 2.2. Bewys algebraïes (deur direkte manipulasie, nie wiskur induksie) dat 1 Vn 2 0, 2(an+1 - an): %3D 2n Question 3.4 / Vraag 3.4 Prove now that Bewys nou dat N+1 - 1 > 2(an+1 - an) = n=0 1
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