Test Bank Complete__
Biological Science, Third Canadian Edition 3th Edition (2025)
By Scott Freeman (Author), Michael Harrington (Author), Joan C. Sharp (Author)
All Chapters 1-55| Latest Version With Detailed/Answers| Verified| Grade A+
,table of contents
chapter 1 biology and the tree of life ......................................................................................... 4
chapter 2 water and carbon: the chemical basis of life ............................................................ 25
chapter 3 protein structure and function ................................................................................ 45
chapter 4 nucleic acids and the rna world ................................................................................ 66
chapter 5 an introduction to carbohydrates ............................................................................. 82
chapter 6 lipids, membranes, and the first cells ....................................................................... 98
chapter 7 inside the cell .......................................................................................................... 119
chapter 8 cell-cell interactions ................................................................................................ 133
chapter 9 cellular respiration and fermentation ..................................................................... 148
chapter 10 photosynthesis...................................................................................................... 163
chapter 11 the cell cycle ......................................................................................................... 178
chapter 12 meiosis .................................................................................................................. 192
chapter 13 mendel and the gene ............................................................................................ 207
chapter 14 dna and the gene: synthesis and repair ............................................................... 230
chapter 15 how genes work .................................................................................................... 246
chapter 16 transcription, rna processing, and translation ..................................................... 261
chapter 17 control of gene expression in bacteria ................................................................. 276
chapter 18 control of gene expression in eukaryotes ............................................................. 291
chapter 19 analyzing and engineering genes ......................................................................... 307
chapter 20 genomics ............................................................................................................... 327
chapter 21 principles of development .................................................................................... 346
chapter 22 an introduction to animal development............................................................... 362
chapter 23 an introduction to plant development ................................................................. 378
chapter 24 evolution by natural selection .............................................................................. 393
chapter 25 evolutionary processes ......................................................................................... 413
chapter 26 speciation.............................................................................................................. 440
chapter 27 phylogenies and the history of life ....................................................................... 458
chapter 28 bacteria and archaea ............................................................................................ 477
,chapter 29 protists .................................................................................................................. 492
chapter 30 green algae and land plants .................................................................................. 508
chapter 31 fungi ...................................................................................................................... 532
chapter 32 an introduction to animals ................................................................................... 550
chapter 33 protostome animals .............................................................................................. 568
chapter 34 deuterostome animals .......................................................................................... 585
chapter 35 viruses ................................................................................................................... 605
chapter 36 plant form and function ........................................................................................ 621
chapter 37 water and sugar transport in plants ..................................................................... 637
chapter 38 plant nutrition ....................................................................................................... 656
chapter 39 plant sensory systems, signals, and responses ..................................................... 670
chapter 40 plant reproduction ................................................................................................ 700
chapter 41 animal form and function ..................................................................................... 718
chapter 42 water and electrolyte balance in animals............................................................. 734
chapter 43 animal nutrition .................................................................................................... 752
chapter 44 gas exchange and circulation ................................................................................ 769
chapter 45 electrical signals in animals .................................................................................. 788
chapter 46 animal sensory systems and movement .............................................................. 803
chapter 47 chemical signals in animals ................................................................................... 821
chapter 48 animal reproduction ............................................................................................. 837
chapter 49 the immune system in animals ............................................................................. 855
chapter 50 an introduction to ecology ................................................................................... 871
chapter 51 behavioral ecology ................................................................................................ 888
chapter 52 population ecology ............................................................................................... 904
chapter 53 community ecology .............................................................................................. 924
chapter 54 ecosystems............................................................................................................ 941
chapter 55 biodiversity and conservation biology .................................................................. 958
, Chapter 1 biology and the tree of life
biological science, canadiana edition., 3e (freeman et al.)
1) the pattern component of the cell theory claims that all organisms consist of cells.
A) true
B) false
ANS>>a
Explanation: the cell theory has two main components: the pattern component and the process
component. The pattern component states that all living organisms are made up of one or more
cells. Therefore, it is correct that all organisms consist of cells, making this statement true.
Reference: section 1.1
Bloom's level: remembering
Los: chp1-2. Describe the two components of the cell theory.
2) how does a scientific theory differ from a scientific hypothesis?
A) there is no difference—the terms are interchangeable.
B) a theory is an explanation for a very general phenomenon or observation; hypotheses treat
more specific observations.
C) a hypothesis is an explanation for a very general phenomenon; theories treat more specific
issues.
D) theories define scientific laws; hypotheses are used to set up experiments.
ANS>>b
Explanation: a scientific theory is a broad explanation that applies to many observations and is
supported by a large body of evidence. A hypothesis is a specific, testable explanation for a
Biological Science, Third Canadian Edition 3th Edition (2025)
By Scott Freeman (Author), Michael Harrington (Author), Joan C. Sharp (Author)
All Chapters 1-55| Latest Version With Detailed/Answers| Verified| Grade A+
,table of contents
chapter 1 biology and the tree of life ......................................................................................... 4
chapter 2 water and carbon: the chemical basis of life ............................................................ 25
chapter 3 protein structure and function ................................................................................ 45
chapter 4 nucleic acids and the rna world ................................................................................ 66
chapter 5 an introduction to carbohydrates ............................................................................. 82
chapter 6 lipids, membranes, and the first cells ....................................................................... 98
chapter 7 inside the cell .......................................................................................................... 119
chapter 8 cell-cell interactions ................................................................................................ 133
chapter 9 cellular respiration and fermentation ..................................................................... 148
chapter 10 photosynthesis...................................................................................................... 163
chapter 11 the cell cycle ......................................................................................................... 178
chapter 12 meiosis .................................................................................................................. 192
chapter 13 mendel and the gene ............................................................................................ 207
chapter 14 dna and the gene: synthesis and repair ............................................................... 230
chapter 15 how genes work .................................................................................................... 246
chapter 16 transcription, rna processing, and translation ..................................................... 261
chapter 17 control of gene expression in bacteria ................................................................. 276
chapter 18 control of gene expression in eukaryotes ............................................................. 291
chapter 19 analyzing and engineering genes ......................................................................... 307
chapter 20 genomics ............................................................................................................... 327
chapter 21 principles of development .................................................................................... 346
chapter 22 an introduction to animal development............................................................... 362
chapter 23 an introduction to plant development ................................................................. 378
chapter 24 evolution by natural selection .............................................................................. 393
chapter 25 evolutionary processes ......................................................................................... 413
chapter 26 speciation.............................................................................................................. 440
chapter 27 phylogenies and the history of life ....................................................................... 458
chapter 28 bacteria and archaea ............................................................................................ 477
,chapter 29 protists .................................................................................................................. 492
chapter 30 green algae and land plants .................................................................................. 508
chapter 31 fungi ...................................................................................................................... 532
chapter 32 an introduction to animals ................................................................................... 550
chapter 33 protostome animals .............................................................................................. 568
chapter 34 deuterostome animals .......................................................................................... 585
chapter 35 viruses ................................................................................................................... 605
chapter 36 plant form and function ........................................................................................ 621
chapter 37 water and sugar transport in plants ..................................................................... 637
chapter 38 plant nutrition ....................................................................................................... 656
chapter 39 plant sensory systems, signals, and responses ..................................................... 670
chapter 40 plant reproduction ................................................................................................ 700
chapter 41 animal form and function ..................................................................................... 718
chapter 42 water and electrolyte balance in animals............................................................. 734
chapter 43 animal nutrition .................................................................................................... 752
chapter 44 gas exchange and circulation ................................................................................ 769
chapter 45 electrical signals in animals .................................................................................. 788
chapter 46 animal sensory systems and movement .............................................................. 803
chapter 47 chemical signals in animals ................................................................................... 821
chapter 48 animal reproduction ............................................................................................. 837
chapter 49 the immune system in animals ............................................................................. 855
chapter 50 an introduction to ecology ................................................................................... 871
chapter 51 behavioral ecology ................................................................................................ 888
chapter 52 population ecology ............................................................................................... 904
chapter 53 community ecology .............................................................................................. 924
chapter 54 ecosystems............................................................................................................ 941
chapter 55 biodiversity and conservation biology .................................................................. 958
, Chapter 1 biology and the tree of life
biological science, canadiana edition., 3e (freeman et al.)
1) the pattern component of the cell theory claims that all organisms consist of cells.
A) true
B) false
ANS>>a
Explanation: the cell theory has two main components: the pattern component and the process
component. The pattern component states that all living organisms are made up of one or more
cells. Therefore, it is correct that all organisms consist of cells, making this statement true.
Reference: section 1.1
Bloom's level: remembering
Los: chp1-2. Describe the two components of the cell theory.
2) how does a scientific theory differ from a scientific hypothesis?
A) there is no difference—the terms are interchangeable.
B) a theory is an explanation for a very general phenomenon or observation; hypotheses treat
more specific observations.
C) a hypothesis is an explanation for a very general phenomenon; theories treat more specific
issues.
D) theories define scientific laws; hypotheses are used to set up experiments.
ANS>>b
Explanation: a scientific theory is a broad explanation that applies to many observations and is
supported by a large body of evidence. A hypothesis is a specific, testable explanation for a
