Introduction Flashcards

1
Q

The is a branch of chemistry that
involves the study of carbon compounds. It covers
the structure, composition, and synthesis of
carbon-containing compounds.

A

Organic Chemistry

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2
Q

This is the arrangement of atoms and/or bonds
. It plays a vital role in assessing molecular geometry, physical properties and chemical properties of the molecules

A

STRUCTURE of carbon containing compounds

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3
Q

This is defined as the arrangement, ratio, and type of atoms in molecules of chemical substances

A

COMPOSITION of carbon containing compounds

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4
Q

This is process where at least one substance is changed into a new material. This is done by altering the chemistry of the starting substance by rearranging
the molecules in a different way

A

SYNTHESIS of carbon containing compounds

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5
Q

Ancient Egyptians and Mesopotamians
used organic materials for

A

Embalming and Mummification

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6
Q

Organic dyes and pigments such as
___ , _____ , and _____ were in use.

A

indigo, woad, and alizarin

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7
Q

In 1000 BC of Ancient Times ____ and _____ were practiced

A

Alcoholic
fermentation and food processing

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8
Q

__________
were also practiced in the early civilization of Ancient Times of 1000 BC

A

Extraction of oils

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9
Q

_______ which was used as a pain killer.

A

Willow bark

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10
Q

It is now known that willow bark contains acetylsalicylic acid, the
ingredient in _________ - chewing on the bark extracted the aspirin.)

A

aspirin

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11
Q

He classified chemical compounds into
two main groups: Organic and Inorganic

A

Jon Jacob Berzelius

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12
Q

Compounds originated in living or once-living
matter

A

Organic

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13
Q

Compounds that came
from “mineral” or non-living matter.

A

Inorganic

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14
Q

The the idea
that organic compounds
could only originate from
living organisms through the
action of some vital force

A

Vitalism

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15
Q

He believed in vitalism

A

Jon Jacob Berzelius

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16
Q

He made the discovery that would result in the abandonment of
vitalism as a scientific theory

A

Friedrich Wöhler

17
Q

Friedrich Wöhler discovered that _________ - an organic
compound - could be made by
heating ammonium cyanate (an
inorganic compound)

A

urea

18
Q

He accidentally discovers the synthetic
dyes, mauveine, while trying to
synthesize quinine. This marks the beginning of the synthetic dye industry.

A

William Henry Perkin

19
Q

He introduces the concept of chemical
structure, emphasizing that the properties of a compound are determined by its structure.

A

Aleksander Butlerov

20
Q

proposes the ring structure of
benzene, a fundamental concept in
aromatic chemistry

A

Friedrich August Kekule

21
Q

begins his work on the structure of
sugars and purines, leading to
Fischer projection, a method to
represent 3D structures in 2D

A

Herman Emil Fischer

22
Q

discovers the Grignard reaction,
a key method for forming
carbon-carbon bonds

A

Victor Grignard

23
Q

developed the field of natural
product synthesis, focusing on
complex molecules found in
nature

A

Robert Robinson

24
Q

discover the double helix
structure of DNA, a major
milestone in biochemistry and
organic chemistry

A

James Watson and Francis Crick

25
Q

synthesizes vitamin B12,
showcasing the power of organic
synthesis

A

Robert Burns Woodward

26
Q

The development of new
techniques like nuclear magnetic
resonance (NMR) and mass
spectrometry revolutionizes the
analysis of organic compounds.

A

1980’s

27
Q

is a powerful tool for
forming carbon-carbon bonds.

A

Metathesis

28
Q

were awarded the Nobel
Prize in Chemistry for their work on chirally
catalyzed hydrogenation reactions.

A

Barry Sharpless, William S. Knowles,
and Ryōji Noyori

29
Q

received the
Nobel Prize in Chemistry for their
development of the metathesis method
in organic synthesis.

A

Robert H. Grubbs, Richard R.
Schrock, and Yves Chauvin

30
Q

occurs when more than one valid Lewis structure can be written for a particular molecule.

A

Resonance

31
Q

the actual structure, which cannot be drawn, is thought of as a composite of two or more Lewis structures and is called a

A

Resonance Hybrid

32
Q

The two or more Lewis structures that can be drawn for the same molecule are called

A

Resonance Structures