Name:___________________________ Date: ____________Period:_____

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Name:___________________________
Date: ____________Period:_____
Agenda Week of 17 Nov – 21 Nov 2008 Class website: www.marric.us/teaching
Semester Final Exam Dec 18 and 19,2008
Monday 11/17/08 - Substitute
Ch 13 Science Notebook – in class
individual/small group work
NO Work Collected today
HW: Study for Quiz on Tuesday
Chapter 13 Sci Notebook due 11/19
Unit 3 Quiz 4 Dec 2
1. The amino acid that becomes attached to a molecule
of transfer RNA is specified by a
(an)_____________________________
2. Transfer RNA becomes attached to messenger RNA
by_____________________________
Tuesday 11/18/08 - Substitute
Study for Quiz -10 minutes
Unit 3 Quiz #3 – 15 minutes
Ch 13 Science Notebook – in class
individual/small group work
NO Work Collected today
HW: Chapter 13 Sci Notebook due 11/19
3. The decoding of a messenger RNA message into a
protein is known as_______________________
4. When Griffith injected mice with a mixture of live,
harmless bacteria and heat-killed pneumonia-causing
bacteria, the mice__________________
Wednesday 11/19/08 –Late Start
(LEAP 2:30-3:30 - Retakes)
- Collect 11/10-11/14 Agenda,
DNA Crossword, Ch 13
SciNotebooks
- Overview Review
HW: Study Overview/Finish Vocabulary
Ch 12 Study Guide due 12/1/08
5. The three types of RNA are produced in
the____________________
6. Adenine and guanine are____________________
7. Unlike DNA, RNA
a.
b.
Thursday 11/20/08 – No Class
c.
Friday 11/21/08 – No Class
8. How many bases are needed to code for three amino
acids?
Parents/Guardian –



I have reviewed my child’s activities
and homework for the week of
11/17/08 – 11/21/08.
I understand that is important
for me to make sure that my
child is studying to be
prepared for the Quiz on
11/17/08 and has completed
all assignments this week.
School resumes on Monday
December 1, 2008.
Parent/Guardian Printed Name
9. What is occurring in the
diagram? Identify
.the structures labeled
A ______________ and
B_______________
Vocabulary
helicase
genome
exon
a)
ligase
polymerase
transcription intron
frameshift
RNA primase
Signature
Date
Bell Ringers: Week of 17 Nov – 21 Nov 2008
Monday – One strand of DNA could be as long as a football field if it were stretched out
lengthwise. One of the factors allowing DNA to fit inside the nucleus of a cell is its ability to —
A break apart into separate genes
B extend to form very long, thin molecules
C coil tightly around associated proteins
D denature from the effect of an enzyme
Explain
Tuesday - What is the function of enzymes in biological systems?
A Enzymes act as substrates when the necessary proteins are unavailable.
B Enzymes act as products to create new chemical reactions.
C Enzymes act as catalysts to drive chemical reactions forward.
D Enzymes bond with substrates to create the new reaction products.
Explain including what enzymes are made of
Wednesday – A student’s experiment showed that earthworms move away from light. This
statement should be classified as —
A. an inference
B. a hypothesis
C. a prediction
D. a conclusion
Explain
If transpiration stopped completely, how would a plant’s homeostasis first be affected?
A. More carbon dioxide molecules would be taken in by leaves.
B. Fewer sugars stored in roots and stems would diffuse into the soil.
C. Carbohydrates would no longer be formed.
D. Water molecules would not be released from leaves.
Thursday /Friday – Begin Thanksgiving Holiday
Name:_______________________________ Date:____________________ Period:______
Unit 3 Quiz 4 Dec 2
1. The decoding of a messenger RNA message into a protein is known
as_______________________
2. The three types of RNA are produced in the____________________
3. The amino acid that becomes attached to a molecule of transfer RNA is specified by a
(an)_____________________________
4. Transfer RNA becomes attached to messenger RNA by_____________________________
5. How many bases are needed to code for five amino acids?
6. When Griffith injected mice with a mixture of live, harmless bacteria and heat-killed
pneumonia-causing bacteria, the mice_______________________________________
7. Adenine and guanine are____________________
8. Unlike DNA, RNA
a.
b.
c.
9. What is occurring in the diagram?____________________
10. Identify the structures labeled
A ___________________ and B_______________
Extra Credit
1. DNA replication of a leading strand involves which enzymes?
2. This is a template DNA sequence: 3'AATTATCCCGCA5'. This is a partially-completed mRNA
strand transcribed from the DNA template: 3'GAUAAU5'. What is the next nucleotide that
RNA polymerase will attach? 3 pts Remember to base pair with orientation and polymerase
directionality
To which of these organisms is the gray wolf (Canis lupus) most closely related?
a) Calidris alba
b) Anarhichas lupus
c) Quercus rubra
d) Canis familiaris
_____ helicase
A. a mutation that changes reading frames at the mutation and
downstream of the mutation.
_____ ligase
B. RNA involved in moving genetic information from the nucleus to the
cytoplasm
_____ RNA primase
C. all the genetic material of an organism
_____ Replication
D. a regulatory protein that binds to the operator and inhibits
transcription
_____ Repressor
E. RNA that is a component of ribosomes
_____ Template
F. transcribed RNA that codes for a polypeptide
_____ intron
G. enzyme that unwinds DNA molecule
_____ Transcription
H. RNA involved in moving select amino acids to ribosomes
_____ Translation
I. process involved in transferring genetic information from the nucleus
to the cytoplasm.
_____ polymerase
J. enzyme that binds nucleic acid fragments
_____ mRNA
K. transcribed RNA that is removed in the nucleus
_____ tRNA
L. enzyme that adds an RNA primer to initiate replication
_____ rRNA
M. process involving the decoding of genetic material into polypeptides
_____ exon
N. a molecule (as of DNA) that serves as a pattern for the generation of
another macromolecule (as messenger RNA)
_____ genome
O. process in which DNA is copied.
_____ frameshift
P. enzyme that makes a nucleic acid polymer adding to 3’ end of new
strand
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