14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il...

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Transcript of 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il...

Page 1: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 2: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 3: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 4: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 5: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 6: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 7: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 8: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 9: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 10: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 11: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 12: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 13: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 14: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 15: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—
Page 16: 14 Lecture-DC-AP · 2019-07-17 · Sulfuric acid Caffeine C H NO 8 10 4 2 Coniine 8 17 ware Il tw./)l Citric acid Malic acid S— H — COOH —c— OH Acetic acid H HC H O c— H—

ACID-BASE TITRATIONS H Ch 11

ACID-BASE TITRATIONS H Ch 11

CARBOXYLIC ACID AND THEIR DERIVATIVES · CARBOXYLIC ACID AND THEIR DERIVATIVES ... HCOOH Formic acid ... O Mechanism : H2SO4 H+ + ...

CARBOXYLIC ACID AND THEIR DERIVATIVES · CARBOXYLIC ACID AND THEIR DERIVATIVES ... HCOOH Formic acid ... O Mechanism : H2SO4 H+ + ...

the Synthesis of Nitrogen Heterocycles - …thesis.library.caltech.edu/6859/2/02_-_Chapter_1_-_FINAL.pdf · • stimulant • O HO OH H N Me ... synthesis of the poison coniine (1)

the Synthesis of Nitrogen Heterocycles - …thesis.library.caltech.edu/6859/2/02_-_Chapter_1_-_FINAL.pdf · • stimulant • O HO OH H N Me ... synthesis of the poison coniine (1)

Acid-Base Chemistry Arrhenius acid: Substance that dissolves in water and provides H + ions

Acid-Base Chemistry Arrhenius acid: Substance that dissolves in water and provides H + ions

Acid-Base Basic definitions An acid –a substance that can donate hydrogen ions (H + ) A base –a substance that can accept H + ions H 2 CO 3 (acid)«H +

Acid-Base Basic definitions An acid –a substance that can donate hydrogen ions (H + ) A base –a substance that can accept H + ions H 2 CO 3 (acid)«H +

Coniine grande cigüe nicotine strychnine strychnos nux vomica Alcaloïdes. V.1.1 introduction tabac.

Coniine grande cigüe nicotine strychnine strychnos nux vomica Alcaloïdes. V.1.1 introduction tabac.

Ch 15 Acid/Base Equilibrium and pH - DSU College of ... · PDF file•H+ ions do not exist in water. Acid solutions contain H 3 O+ ions –H+ = a proton! ... •Amphoteric Acid –

Ch 15 Acid/Base Equilibrium and pH - DSU College of ... · PDF file•H+ ions do not exist in water. Acid solutions contain H 3 O+ ions –H+ = a proton! ... •Amphoteric Acid –

Acid Base Notes (H)

Acid Base Notes (H)

ACID PRECIPITATION movie. ACIDS & BASES Acid – loses a H + when dissolved in H 2 O organic (contain C) e.g. amino acids or acetic acid (CH 3 COOH) organic.

ACID PRECIPITATION movie. ACIDS & BASES Acid – loses a H + when dissolved in H 2 O organic (contain C) e.g. amino acids or acetic acid (CH 3 COOH) organic.

Acetic Acid Separation Methods Acetic Acid Separation Methods Supervisore: Prof. H. S. Ghaziaskar By: H. Rastegari.

Acetic Acid Separation Methods Acetic Acid Separation Methods Supervisore: Prof. H. S. Ghaziaskar By: H. Rastegari.

HIGHER TIER CHEMISTRY 3 - · PDF fileethanoic acid H C H H H ... Carl is investigating the decomposition of carbonates. ... concentration of the dilute sulphuric acid in mol dm–3.

HIGHER TIER CHEMISTRY 3 - · PDF fileethanoic acid H C H H H ... Carl is investigating the decomposition of carbonates. ... concentration of the dilute sulphuric acid in mol dm–3.

1 Acid-Base Acid-Base Chemistry acidH + (proton) donor An acid is a H + (proton) donor. acid = H-A General formula of acid = H-A. H-A H + + A - acid proton.

1 Acid-Base Acid-Base Chemistry acidH + (proton) donor An acid is a H + (proton) donor. acid = H-A General formula of acid = H-A. H-A H + + A - acid proton.

ACID-BASE CHEMISTRY A. Bronsted-Lowry Acid …...ACID-BASE CHEMISTRY A. Bronsted-Lowry Acid-Base Theory Acid – H+ (proton) donor Base – H+ acceptor Acid + Base ↔ Conj Base +

ACID-BASE CHEMISTRY A. Bronsted-Lowry Acid …...ACID-BASE CHEMISTRY A. Bronsted-Lowry Acid-Base Theory Acid – H+ (proton) donor Base – H+ acceptor Acid + Base ↔ Conj Base +

Polyprotic Acids & Bases A polyprotic acid can donate more than one H + Carbonic acid: H 2 CO 3 (aq); dissolved CO 2 in water Sulfuric acid: H 2 SO 4 (aq)

Polyprotic Acids & Bases A polyprotic acid can donate more than one H + Carbonic acid: H 2 CO 3 (aq); dissolved CO 2 in water Sulfuric acid: H 2 SO 4 (aq)

Thermax-Tulsion-T-42-H-STRONG ACID CATION EXCHANGE … · T-42 H Tulsion® T-42 H is a premium quality strong acid cation exchange resin containing nuclear sulphonic acid groups having

Thermax-Tulsion-T-42-H-STRONG ACID CATION EXCHANGE … · T-42 H Tulsion® T-42 H is a premium quality strong acid cation exchange resin containing nuclear sulphonic acid groups having

Peroxyacetic Acid 101 · What is Peroxyacetic Acid? • Common names: peracetic acid, peroxyacetic acid, PAA. • Stable equilibrium solutions of PAA, H 2 O 2, andacetic acid

Peroxyacetic Acid 101 · What is Peroxyacetic Acid? • Common names: peracetic acid, peroxyacetic acid, PAA. • Stable equilibrium solutions of PAA, H 2 O 2, andacetic acid

Acids and Bases Integrated Science. Four Acids Hydrochloric Acid – HCl Sulfuric Acid – H 2 SO 4 Nitric Acid – HNO 3 Phosphoric Acid – H 3 PO 4.

Acids and Bases Integrated Science. Four Acids Hydrochloric Acid – HCl Sulfuric Acid – H 2 SO 4 Nitric Acid – HNO 3 Phosphoric Acid – H 3 PO 4.

Synthesis of acetylsalicylic acid (Aspirin)chem.uft.uni-bremen.de/pdf/aspirin_intro_bmb.pdf · H+ O O H O H O O H O O O H O O O O + + Salicylic acid Acetic anhydride o-acetylsalicylic

Synthesis of acetylsalicylic acid (Aspirin)chem.uft.uni-bremen.de/pdf/aspirin_intro_bmb.pdf · H+ O O H O H O O H O O O H O O O O + + Salicylic acid Acetic anhydride o-acetylsalicylic

AMOUNT OF SUBSTANCEoxide + acid → salt + water MgO + 2 HNO 3 → Mg(NO 3) 2 + H 2O hydroxide + acid → salt + water 2 NaOH + H 2SO 4 → Na 2SO 4 + H 2O carbonate + acid → salt

AMOUNT OF SUBSTANCEoxide + acid → salt + water MgO + 2 HNO 3 → Mg(NO 3) 2 + H 2O hydroxide + acid → salt + water 2 NaOH + H 2SO 4 → Na 2SO 4 + H 2O carbonate + acid → salt

acid (H PCOOH)

acid (H PCOOH)