Name:______________________
Date: _________Period:____
Agenda Week of 4 Oct – 8 Oct 2010
Class website: www.marric.us/teaching
Exam 10/21/10
Monday 10/4/10
Ch 7 Organelles Summary
Transport Coloring Complete
HW: Study for Quiz #2
Ch.8 SG due 10/11/10 - Monday
-
Tuesday 10/5/10
-
Unit 2 Quiz 2 (15 min).
Ch. 8 Cellular Energy Concept Map
HW: Vocabulary
Wednesday 10/6/10 –Late Start
Review Quiz
Microscope Introduction
HW: Ch.8 SG due Monday
-
Thursday 10/7/10 –
Fermentation Demonstration
Microscope Intro and matching
HW: Ch.8 SG due Monday
-
Friday 10/8/10 –
Microscope investigation
HW: Ch.8 SG due Monday and study
for quiz #3
-
Parents/Guardian –


I have reviewed my child’s activities and
homework for the week of 10/4/10 –
10/8/10.
I understand that is important for
me to make sure that my child is
studying to be prepared for the
quiz and has completed all
assignments this week.
Unit 2 Quiz #3 Oct 12, 2010
1.
The structure and function of membrane proteins are described
as ___________________________________________.
2. A cellular process in which one molecule of glucose is broken down
via a number of steps to produce a total of 38 ATPs is called
______________________________.
3. _________________ is an anaerobic breakdown of
carbohydrates to produce a small amount of ATP.
4. Which structures are found in every living cell?
5. Factors that increase the rate of diffusion of molecules across a
semi-permeable membrane are
______________________________________
______________________________________.
6. Unlike the cell membrane, the cell wall is _________
_______________________________________
7. Diffusion occurs because ____________________
_______________________________________
8. The type of particle transport that requires input of energy from
the cell is ______________________.
9. Two organelles that are common to plant cells but not to animal
cells are ______________________
10. A wet mount of unstained elodea (a green aquatic plant) is
observed using high power (400x) of a compound light microscope.
Which structures would most likely be observed?
Vocabulary
Nucleolus
Nucleus
Mitochondria Glycolysis
Ribosomes
Vacuoles
Parent/Guardian Printed Name
Signature
Peptide
Organelles
Virus
Phospholipids
Pigment
Enzyme
Date
Bell Ringers: Week of 4 Oct – 8 Oct 2010
Monday – Two main types of bonds are formed between elements. Name each type of bond and how
the bond forms:
Bond 1:______________________ forms when ____________________________
Bond 2:______________________ forms when ____________________________
Tuesday
Identify a structure other than a cell wall or a vacuole that might be found in a plant cell but not in an
animal cell. Explain why an animal cell would not have the structure you identify.
Wednesday - - Soto puts a drop of green food dye into a glass of water and observes the dye forming colorful
swirls before eventually turning the water green. What process is occurring to cause the dye to turn the water
green. Explain.
Thursday - Science students in Alma’s class are observing prepared slides of the cells of maple tree leaves and
mammal skin cells. As they study the cells under the microscope’s highest magnification, their
teacher records their observations on the board. Which would be included in the teacher’s list?
A. Both the animal and plant cells have an oval shape and are about the same size.
B. Both types of cells have a membrane that is also surrounded by a cell wall.
C. The leaf cells have green organelles called chloroplasts; the animal cells do not.
D. The skin cells have a nucleus, but the cells of the leaves have no nucleus.
Explain.
Friday - A student examined two different groups of cells and made the following observations
Trait
Cell I
Cell II
Cell wall
Present
Present
Ribosomes
Present
Present
Nucleus
Absent
Present
Ability to photosynthesize
Present
Absent
Cell respiration
Present
Present
These observations support which of the following conclusions?
a) Cell I is more complex in its organization than cell II.
b) Cell I is a prokaryote
c) The ancestors of cell II appeared earlier in the fossil record than the ancestors of cell I.
d) Cell II does not have a cell membrane.
e) Both groups of cells are from plants.
Name:________________________________ Date:________________ Period:_______
Unit 2 Quiz #3 Oct 11, 2010
1. Name two structures are found in every living cell?
2. A cellular process in which one molecule of glucose is broken down via a number of steps to
produce a total of 38 ATPs is called ______________________________.
3. The structure and function of membrane proteins are described as
___________________________________________________________________.
4. A wet mount of unstained elodea (a green aquatic plant) is observed using high power
(400x) of a compound light microscope. Which structures would most likely be observed?
5. _________________ is an anaerobic breakdown of carbohydrates to produce a small
amount of ATP.
6. Factors that increase the rate of diffusion of molecules across a semi-permeable
membrane are:

_____________________________________________________

______________________________________________________

_______________________________________________________

_______________________________________________________
7. Unlike the cell membrane, the cell wall is __________________________________
_______________________________________
8. Diffusion occurs because _______________________________________________
9. The type of particle transport that requires input of energy from the cell is
______________________.
10. Two organelles that are common to plant cells but not to animal cells are
_________________________________________________________________
Matching
Ribosomes
Vacuoles
Virus
Enzyme
Nucleolus
Nucleus
Peptide
Phospholipids
Organelles
Mitochondria
Glycolysis
Pigment
_____________________
A. a colored molecule like chlorophyll.
_____________________
B. site of aerobic cellular respiration (krebs cycle and electron
transport chain)
_____________________
C. small structural units that perform specific functions in cells.
_____________________
D. first step in the breakdown of glucose occurs in the cytoplasm.
_____________________
E. membrane-bound organelle where DNA is stored in eukaryotic
organisms.
_____________________
F. organelles involved in protein synthesis using coded information
from the nucleus.
_____________________
G. membrane-bound storage organelle
_____________________
H. dense area within the nucleus where ribosomal RNA is
produced.
_____________________
I. a non-living biological active structure make of a protein coat
and nucleic acid core.
_____________________
J. bond between amino acids
_____________________
K. molecules that make of cell membranes composed of a
hydrophilic head and hydrophobic tails.
_____________________
L. biological catalyst usually made of protein and sensitive to pH,
temperature and ionic conditions.
Extra Credit
Why do eukaryotic cells require mitochondria?
a)
b)
c)
d)
to break down cell debris (wastes) for recycling
to control cell division for reproduction
to release stored energy for cell activities
to package materials inside cell for transport
Which of the following lists of elements contain the most common elements in organic compounds
a)
b)
c)
d)
calcium, iron, potassium
carbon, hydrogen, and oxygen
chlorine, phosphorus, and sodium
copper, magnesium, and sulfur
Which is a structure common to all cells?
A. mitochondria
B. nucleus
C. endoplasmic reticulum
D. plasma membrane
1. The structure and function of membrane proteins are described as globular proteins
that create narrow passageways or channels _.
2. A cellular process in which one molecule of glucose is broken down via a number of steps
to produce a total of 38 ATPs is called aerobic respiration .
3. fermentation is an anaerobic breakdown of carbohydrates to produce a small amount of
ATP.
4. Which structures are found in every living cell? a cell membrane and ribosomes
5. Factors that increase the rate of diffusion of molecules across a semi-permeable
membrane are 1)distance involved, 2)concentration of the substances, and 3) weight
of the molecules.
6. The series of diagrams represents a process carried out by a cell. This process is known
as phagocytosis.
7. Unlike the cell membrane, the cell wall is usually made of cellulose that are tough
fibers.
8. Diffusion occurs because molecules constantly move and collide with each other.
9. The type of particle transport that requires input of energy from the cell is known as
active transport.
10. Two organelles that are common to plant cells but not to animal cells are 1) cell wall and
2) chloroplasts.
11. A wet mount of unstained elodea (a green aquatic plant) is observed using high power
(400x) of a compound light microscope. Which structures would most likely be
observed? Nucleus, chloroplast, and cell wall.