Name:___________________________
Date: ____________Period:_____
Agenda Week of 20 Sep – 24 Sep 2010 Class website: www.marric.us/teaching
Monday 9/20/10 Cell Biology Unit
Begins
Unit 2 Quiz #1 September 28, 2010
-
Cell Biology Anticipatory Questions
- Standard Deviants – The Basics
HW: Ch.6 Sci Notebook due 9/24
Tuesday 9/21/10
Chapter 6 – Biological Chemistry Lecture
Notes
HW: Review Vocab/textbook website
Wednesday 9/22/10 –Late Start
Chapter 6
OsmosisLab Introduction and
Demonstration
HW: Complete Science Notebook for
Chapter 6
-
1.
The cellular structure that is involved in producing ATP during
aerobic respiration is the ____________________.
2. The membrane-bound organelles which convert solar energy to
chemical energy are _______________________
6 C02 + 12 H20 ----------Light ------> C6H12O6+ 6 H20 + 6 O2
Chloroplasts
3. This formula is for ____________________.
4. The products of cellular respiration are
_____________________________.
5. Which organelle is responsible for cellular respiration?
Thursday 9/23/10 –
Osmosis lab
HW: Ch.6 Sci Notebook due 9/24
-
6. What are enzymes?
Friday 9/24/10
-
Discuss lab results
HW: Study for Quiz #1 and vocabulary
Parents/Guardian –



I have reviewed my child’s activities and
homework for the week of 9/20/10 –
9/24/10.
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.
My EXAM Score was ________. A
parent letter will be prepared by
your student about this result.
Parent/Guardian Printed Name
7. What do enzymes do?
8. What are the four macromolecules and their monomers?
__________________________
____________________
_________________________
____________________
_________________________
____________________
_________________________
____________________
Vocabulary
ATP
Carbohydrates
Cell wall
Chloroplasts
Signature
C6H12O6
Monomer
Cellular respiration
Diffusion
Macromolecule
Cell membrane
Cellulose
Osmosis
Date
Bell Ringers: Week of Sep 22 – Sep 26 2010
Monday –Derek is watching a documentary about the scientists who worked on the
Manhattan Project and who succeeded in splitting atoms prior to the development of
the nuclear bomb. The documentary explains what makes up atoms. Which explanation is
given?
A. Atoms are composed of electrical charges that are made of only energy.
B. Atoms are hard, solid balls of matter that are the smallest known particles.
C. Atoms are made of a hard particle called a nucleus surrounded by electrons.
D. Atoms are made of three particles called electrons, neutrons, and protons.
Explain.
Tuesday - - A student set up four test tubes containing starch solution in which to perform starch
digestion. Supplies included amylase (enzyme that digests starch) and an incubator. In which tube
listed would starch digestion proceed most quickly?
a. Tube 1: No amylase, room temperature (25ºC)
b. Tube 2: No amylase, body temperature (37ºC)
c. Tube 3: Amylase present, room temperature (25ºC)
d. Tube 4: Amylase present, body temperature (37ºC)
Explain
Wednesday - Jackie’s uncle is undergoing radioactive iodine treatments for thyroid cancer. The radioactive
iodine used by the doctor is an isotope of the element iodine. Jackie researches the term isotope. Which
definition for the term does she learn?
A. atoms of the same element with a different number of neutrons
B. atoms of the same element with a different number of protons
C. atoms of the same element with a negative charge
D. atoms of the same element with a positive charge
Explain.
Thursday - Abla is taking a nutrition class as an elective. She learns about the four most common organic
macromolecules in human beings. About what macromolecules does she learn?
Friday - An organism’s genetic information is stored in which type of macromolecule?
a.
DNA
c. lipid
b.
carbohydrate
d. protein
Explain including the names of the monomers – subunits of each of the macromolecules listed.
Name:________________________________ Date:________________ Period:_______
Unit 2 Quiz 1
1. What are the four macromolecules and their monomers?
__________________________ _______________________
__________________________ _______________________
__________________________ _______________________
__________________________ _______________________
2. ____________________.The cellular structure that is involved in producing ATP during aerobic
respiration
3. _______________________The membrane-bound organelles which convert solar energy to
chemical energy
6 C02 + 12 H20 ----------Light ------> C6H12O6+ 6 H20 + 6 O2
Chloroplasts
4. _______________________________. The reaction is called
5. _______________________________. The reactants of the reaction above
6. _______________________________. The products of the reaction above
7. ___________________________________________The products of cellular respiration.
8. _________________________Organelle is responsible for cellular respiration?
9. ____________________________________________Enzymes are described as and composed of
10. What do enzymes do?
Extra Credit
A student is looking at an image of a cell. The interior of the cell contains no membrane bound organelles, but
does have ribosomes and DNA. This student is most likely looking at
a. a prokaryotic cell
c. an animal cell
b. a virus
d. a eukaryotic cell
Functions of the cell membrane include
a. transporting cellular material throughout the interior of the cell
b. regulating photosynthesis
c. controlling what enters and leaves the cell
d. controlling the synthesis of proteins in the mitochondria
Matching Vocabulary
ATP
C6H12O6
Macromolecule
Carbohydrates
Monomer
Cell membrane
Cell wall
Cellular respiration
Chemical Reaction
Chloroplasts
Diffusion
Osmosis
Active site
Cellulose
Catalyst
________________________
A. increases the rate of a reaction by lowering the activation energy.
________________________
B. the process that converts stored energy into useable cellular energy
________________________
C. location where a substrate binds on an enzyme
________________________
D. an indigestible carbohydrate that makes cell walls rigid
________________________
E. organelle where photosynthesis occurs in plants and algae
________________________
F. usable cellular energy
________________________
G. gives support to plant cells
________________________
H. When a mixture or substance changes color or temperature
________________________
I. boundary that helps control what enters and leaves a cell
________________________
J. Movement of water molecules from high to low concentration across
a semi-permeable membrane
________________________
K. molecules that store energy; provide structural support
________________________
L. a single subunit of a polymer
________________________
M. Glucose, a monomer of a polysaccharide
________________________
N. movement of a molecule from high concentration to low
concentration.
________________________
O. A large molecule made by polymerization
Extra Credit
The clear protein of an egg white becomes opaque and firm when cooked because the heat
a) mutates the DNA
b) turns the protein into carbohydrates
c) stops protein formation
d) changes the protein structure
Most cellular activities are processes regulated by the action of —
a carbohydrates
b enzymes _
c lipids
d polysaccharides
Name:________________________________ Date:________________ Period:_______
Unit 2 Quiz 1 (Retake)
11. What are the four macromolecules and their monomers?
__________________________ _______________________
__________________________ _______________________
__________________________ _______________________
__________________________ _______________________
_____________________2. The membrane-bound organelles which convert solar energy to chemical
energy are ____________
_____________________3. During photosynthesis, trees convert carbon dioxide and other materials
to ______.
_____________________4. The source of energy for photosynthesis is _____.
_____________________5. The cellular structure that is involved in producing ATP during aerobic
respiration is the ________
_____________________6. Which organism(s) would perform photosynthesis?
6 C02 + 12 H20 ----------Light ------> C6H12O6+ 6 H20 + 6 O2
Chloroplasts
_____________________7. This formula is for ____________________.
_____________________8.The products of cellular respiration are ____________________.
_____________________9. Which organelle is responsible for cellular respiration?
_____________________10. Chloroplasts and mitochondria are organelles that are necessary for
cells and organisms to function. Which type of organisms would have
chloroplasts?