Chapter 1 Flashcards

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1
Q

study of life
- derived from the Greek word
“bios”, which means life, and “logos”,
which means study.
- unified science of life

A

biology

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2
Q
  • an animal or plant , or any
    living thing
A

organism

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3
Q

the basic unit of life

A

cell

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4
Q

basic unit of heredity that
composed of DNA or RNA

A

genes

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5
Q

t or f
A stable internal environment is found in
all organisms.

A

t

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6
Q

responsible for the unity and
diversity among living organisms.

A

evolution

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7
Q

t or f
All organisms survive by energy absorption
and conversion.

A

t

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8
Q
  • understand the structure and
    the parts of organism.
  • studies plants
  • categorizing and naming the
    different organisms
  • study of animal behavior
  • study of life and actions
    of microorganisms
  • fungi
  • algae
A

ANATOMY
BOTANY
TAXONOMY
ZOOLOGY
MICROBIOLOGY
MYCOLOGY
PHYCOLOGY

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9
Q
  • parasitic organisms
  • viruses and viral diseases
  • normal functions of parts of
    living organisms
    -interdisciplinary field of scientific research
  • structure and function of
    the cell
  • study of the genes
  • interaction of living organisms
  • heritable changes and
    diversification
  • an intersection of biology
    and chemistry
A

PARASITOLOGY
VIROLOGY
PHYSIOLOGY
THEORETICAL BIOLOGY
CELL BIOLOGY
GENETICS
ECOLOGY
EVOLUTION
BIOCHEMISTRY

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10
Q

-application of the laws of
physics
- structure of
proteins and nucleic acids
- molecular
structure of biological macromolecules
- exploitation of
biological processes
- sub-discipline of
botany
- concerned with immunity
- behavior and
interactions of life forms and marine
creatures
- interactions of living
organisms with light
- actions of ionizing
radiation

A

BIOPHYSICS
MOLECULAR BIOLOGY
STRUCTURAL BIOLOGY
BIOTECHNOLOGY
PLANT PHYSIOLOGY
IMMUNOLOGY
MARINE BIOLOGY
PHOTOBIOLOGY
RADIOBIOLOGY

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11
Q

Father of Biology

A

aristotle

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12
Q

Father of Genetics

A

gregor mendel

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13
Q

Theory of biological
evolution by natural selection
- “descent with modification”

A

charles darwin

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14
Q

Father of
Microbiology (microscopes and discovery of
microbes)

A

ANTONIE VAN LEEUWENHOEK

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15
Q

antiseptic surgery
- germ theory
- moniker of the Father of Modern Surgery

A

joseph lister

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16
Q

Father of Microbiology
(pasteurization)

A

louis pasteur

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17
Q

7 properties of life

A

organization
metabolism
homeostasis
growth
reproduction
response
evolution

18
Q

highly organized
meaning they contain specialized and
coordinated parts.

A

organization

19
Q

atoms made up
molecules, which make up cell organelles
and structures.

A

unicellular organism

20
Q
  • humans that
    made up of many cells
  • similar cells form tissues that turn in,
    collaborate to create organs that work
    together to form organ systems.
A

multicellular organism

21
Q

sum total of the
biochemical reactions occuring in an
organisms

A

metabolism

22
Q

organisms make complex
molecules from simple ones
- consume energy

A

anabolism

23
Q

reverse
- make stored energy available

A

catabolism

24
Q

regulate their internal
environment to maintain the relatively
narrow range of conditions needed for cell
functions.

A

homeostasis

25
Q

INDIVIDUAL CELLS - become larger in size
MULTICELLULAR ORGANISMS - accumulate
many cells thrugh cell division

A

growth

26
Q

single parent organism

A

asexual

27
Q

requires two parents

A

sexual

28
Q

“ irritability” meaning they
respond to stimuli

A

response

29
Q

genetic makeup of a
population may change over time
- involves natural selection

A

evolution

30
Q

heritable trait that provides
a fitness advantage may become more and
more common in a population better
suited to its environment

A

adaptation

31
Q
  • best approach in
    understanding the natural world and
    predicting natural phenomena
  • successes of science0 based technologies
  • not displaced faith, intuition, and dreams
A

scientific inquiry

32
Q

methods of scientific inquiry

A
  1. OBSERVATION
  2. QUESTION OR PROBLEM
  3. HYPOTHESIS
  4. EXPERIMENTS
  5. ANALYZE DATA
  6. CONCLUSIONS
33
Q

tentative explanation for
observations
- can be tested
- can be rejected

A

hypothesis

34
Q
  • test the
    hypothesis and find the answer to the
    question
A

experimental design

35
Q

identified to make sure the results are accurate and that experiment could be repeated

A

experimental variable

36
Q

3 types of variables1

A

manipulated
controlled
responding

37
Q

facts that can be
easily measures (e. g heights of a plant)

A

quantitative

38
Q

observations that
cannot easily measured (e.g comparisons
abot how strong and healthy of the plabts)

A

qualitative

39
Q

answering the
question and responding to your hypthesis

A

interpret data

40
Q

analyzes trends
relationship in data to arrive at a general
conclusion.
- making generalizations from careful
observation

A

inductive reasoning

41
Q

begins from a
general principle or law and applies it to a
specific circumstances to predict specific
results.

A

deductive reasoning