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Samenvatting Analyse v GM: Landmarks - VB vragen - Redoxkoppels - Stofnamen $5.35
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  3. Universiteit Gent (UGent)
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  5. Farmaceutische Wetenschappen
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  7. Analyse Van Geneesmiddelen (J000479A)

Summary

Samenvatting Analyse v GM: Landmarks - VB vragen - Redoxkoppels - Stofnamen

3 reviews
 243 views  14 purchases
  • Course
  • Analyse Van Geneesmiddelen (J000479A)
  • Institution
  • Universiteit Gent (UGent)

Klein overzichtje van enkele belangrijke essentiële benodigdheden voor het examen van Analyse van Geneesmiddelen. Zowel alle Landmarks van de titratie schema's, de nodig gekende redoxkoppels en stofnamen en enkele extra oefeningen, met hints om tot de juiste oplossing te komen of de oplossing zelf.

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Document information

  • June 8, 2021
  • 12
  • 2020/2021
  • Summary

Subjects

  • analytische chemie
  • titratieschema
  • titraties
  • stofnamen
  • farmacie
  • analyse van geneesmiddelen
  • landmarks
  • ugent

Written for

  • Universiteit Gent (UGent)
  • Farmaceutische Wetenschappen
  • Analyse Van Geneesmiddelen (J000479A)
All documents for this subject (4)

3  reviews

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By: LunaDL • 2 year ago

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By: darinomar • 2 year ago

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By: tsooomm • 3 year ago

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Content preview

Landmarks

Sterk zuur + sterke Y-as: pH 1-14
base X-as volume base
Aan EP: pH = 7
Sterke base + sterk Op ∞ 0,1 M --> pH
zuur 13
--> exact 0-90% : 1 pH ↑
omgekeerde Van laag  hoog




Zwak zuur + sterke Y-as: pH 1-14
base X-as volume base
Aan EP: pH > 7
Op ∞ 0,1 M --> pH
13
50% : pH = pKa
0-90%: 2 pH ↑


Zwakke base + Y-as: pH 1-14
sterk zuur X-as volume base
Voor EP: 2 pH ↓
Aan EP: pH < 7
Op ∞ 0,1 M --> pH
1
50% : pH = pKa
0-90%: 2 pH ↑

Polyvalente zuren: Y-as: pH 1-14
pKa>4 X-as volume base
beide dissociaties Op ∞ 0,1 M --> pH
zwak 13
50% EP1: pH = pKa1
50% EP: pH = pKa2
0-90%: 2 pH ↑



Polyvalente zuren: Y-as: pH 1-14
pKa>4 X-as volume base
eerste dissociaties Op ∞ 0,1 M --> pH
zwak 13
50% EP1: 1 pH ↑
50% EP: pH = pKa2
 2 pH↑

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