Download Unit C Outline

Biology 12
UNIT C – Cell Compounds
Textbook Readings Inquiry into Life
Standards
Standard
unpacked
Core
C1. I can model
synthesis and
hydrolysis rxns.
and relate to rxns.
in the human body
-be able to apply
the dehydration
synthesis rxn. to
organic monomers
-be able to apply
the hydrolysis rxn.
to organic polymers
Core
C2. I can describe
the differences
between the
chemical structures
of:
-carbohydrates
-lipids
-proteins
-nucleic acids
-differentiate with
respect to chemical
structure
-identify the unit
monomers of each
organic compound
Core
C3. I can recognize
monosaccharides,
disaccharides and
polysaccharides
and relate the
molecules to how
they function in the
body.
- list the main
functions of
carbohydrates
- differentiate
between
monosaccharides,
disaccharides, and
polysaccharides
- describe the
function, type of
bonding and level of
branching for
starch, cellulose,
and gylcogen
- describe the
location, function,
and structure of the
neutral fats,
steroids,
phospholipids
Core
C4. I can recognize
and describe the
location and
explain the
importance of the
following in the
human body:
neutral fats,
steroids, and
phospholipids.
Core
C5. List the major
functions of nucleic
acids (RNA and
DNA) and describe
their structure with
accurate detail and
compare these 2
molecules.
Giraffe
Otter
Ch#2
Ch#2
Evidence for learning
p. 31 - 44
p. 31 - 44
Resources:
You learn….You choose
Video: C.S.Sci
Unit C - Biomolecules
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Textbook:
Video:
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Class Notes:
Textbook:
Video:
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Textbook:
Textbook
Video:
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Class Notes:
- list the major
functions of DNA &
RNA
- name the 4 bases
in DNA and describe
DNA using:
-nucleotide
(deoxyribose sugar)
-sugar-phosphate
Textbook:
Video:
Website Resources:
Class Notes:
Biology 12
backbone
-right-handed
double helix
- name the 4 bases
of RNA and describe
the structure of RNA
using:
-nucleotide (ribose
sugar)
-sugar-phosphate
backbone
-linear, singlestranded
Core
C6. I can compare
the following pairs:
saturated and
unsaturated fats,
DNA and RNA
- compare and
contrast saturated
and unsaturated
fats in terms of
molecular structure
Textbook:
Video:
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Class Notes:
Core
C7. Recognize
70% of the
following molecules
in structural
diagrams
Advanced
C7. Differentiate
among primary,
secondary, tertiary
and quaternary
structure of
proteins.
Advanced
C8. I can relate
protein structure to
protein functions
and provide
specific examples
from the human
body.
ATP
DNA
disaccharide
glucose
glycerol
hemoglobin
monosaccharide
neutral fat
phospholipid
polysaccharide –
starch
polysaccharide –
glycogen
polysaccharide –
cellulose
ribose
rNA
saturated fatty acid
unstarated fatty
acid
steroids
(testosterone)
- differentiate with
respect to structure
and the types of
bonding
- explain how these
levels of structure
relate to protein
functions
- draw a
generalized amino
acid
- identify the amine,
acid (carboxyl) and
R-groups
Textbook: p.31-44
Textbook:
Video:
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Class Notes:
Textbook:
Video:
Website Resources:
Class Notes:
Biology 12
Advanced
C9. I can draw the
general structure
of ATP molecules
and relate the
structure to its role
as the “energy
currency” of cells.
Textbook:
Video:
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Class Notes: