Name:___________________________
Date: ____________Period:_____
Agenda Week of 3 Nov – 5 Nov 2008 Class website: www.marric.us/teaching
Unit 3 Genetics-DNA/Semester Final Exam 12/18/08
Monday 11/3/08
- Ch 12 Powerpoint
- Begin Breaking the Code practice
HW: Study for Quiz
Tuesday 11/4/08 (LEAP 2:303:30)
- Unit 3 Quiz 1
- Breaking the Code practice
HW: Finish Breaking the Code
Wednesday 11/5/08 –Late Start
- Chapter 12 Powerpoint
HW: Chapter 12 Sci Notebook due 11/10
Thursday 11/6/08 – Block Day
- Mending Mutations
- DNA structure Read and Diagram
- Unit Overview Review
HW: Chapter 12 Sci Notebook due 11/10
Friday 11/7/08 – Block Day
- Mending Mutations
- DNA structure Read and Diagram
- Unit Overview Review
HW: Chapter 12 Sci Notebook due 11/10
Parents/Guardian –



I have reviewed my child’s activities
and homework for the week of
11/3/08 – 11/7/08.
I understand that is important
for me to make sure that my
child is studying to be
prepared for the Quiz on
11/3/08 and has completed all
assignments this week.
I understand if my child needs to
retake a quiz that the original
quiz with corrected answers
that has been signed by me
must be brought to class at
the time of the quiz retake
and quiz retakes occur on
Tuesday afterschool.
Parent/Guardian Printed Name
Unit 3 Quiz 2 Nov 12 (Wednesday after Veteran’s Day)
1.
Arrange the following in order from largest to
smallest in size? Nucleus, DNA, Chromosome,
nucleotide, cell
2. What are the building blocks of DNA?
3. X-ray evidence was used to discover that the shape of
DNA was a
_______
.
4. What is the mRNA sequence for a strand of DNA
reading CACGTAC?
5. Using DNA sequencing, you discover that a bacterium
has experienced a deletion mutation that removed
three nucleotides. The bacterium appears
completely unaffected in all its functions. Where is
the mostly likely location for the mutation?
6.
Because of base pairing in DNA, the percentage of
____________________ in DNA is about equal to
the percentage of _________________________.
7.
DNA is copied during a process called
________________________
8.
What is produced during transcription?
9.
Which type of RNA functions as a blueprint of the
genetic code?
10.
A segment of a DNA strand has the following bases:
TAC GAT. What is the complementary strand of
DNA?
Vocabulary
Double helix
Genetic code
Intron
Polyerase
Expressed gene
Genome
Gene
Plasmid
Signature
Exon
Frameshift mutation
Ligase
Okasaki Fragment
Date
Bell Ringers: Week of 3 Nov – 7 Nov 2008
Monday – What is the Central Dogma?
Tuesday - Desta is studying for an entrance exam for a nurse’s training program at a local hospital.
She learns the components of a DNA molecule. What are these components?
A. double strands of RNA twisted together
B. molecules of amino acids linked together
C. protein strands connected by nucleotides
D. sugar and phosphate strands connected by nucleotide pairs
Explain.
Wednesday – Explain the three ways that RNA is different from DNA
Thursday - While visiting the local science institute in his city, Damian visits an exhibit that displays
great scientists of the twentieth century and their discoveries. For the year 1953, Damian reads about
two British scientists named James Watson and Francis Crick. Which discovery was made by these
scientists?
A. double helix shape of DNA molecules
B. molecular proof for biological evolution
C. process for creating a large, nuclear explosion
D. process for creating the first clone
Explain.
Friday - Use the following terms: E. coli, metabolic pathway, proteins, environment, operator,
repressor, genes, promoter, RNA polymerase.
An operon is a cluster of genes in ___________________ . These genes make
___________________ that work together in one __________________________________. An
operon is able to respond to changes in the _________________________ . The ______________
segment of DNA that acts as a switch for transcription, turning operon on or off. When the operon is
on, the ______________________________ binds to the ________________________ and
transcribes the DNA. When the operon is off, a _____________________blocks transcription.
Name:_______________________________ Date:____________________ Period:______
Unit 3 Quiz 2 Nov 13
1. Arrange the following in order from largest to smallest in size?
Nucleus, DNA, Chromosome, nucleotide, cell
2.
What is produced during transcription?
3. Using DNA sequencing, you discover that a bacterium has experienced a deletion mutation
that removed three nucleotides. The bacterium appears completely unaffected in all its
functions. Where is the mostly likely location for the mutation?
4. What are the building blocks of DNA?
5. X-ray evidence was used to discover that the shape of DNA was a _________________.
6. What is the mRNA sequence for a strand of DNA reading CAC CTA CTT?
7.
Because of base pairing in DNA, the percentage of ____________________ in DNA is
about equal to the percentage of _________________________.
8.
DNA is copied during a process called ________________________
9.
Which type of RNA functions as a blueprint of the genetic code?
10.
A segment of a DNA strand has the following bases: TAC CAA. What is the complementary
strand of DNA?
_____ Polymerase
A. transcribed RNA that is removed in the nucleus
_____ Okasaki Fragment
B. all the genetic material of an organism
_____ Ligase
C. transcribed RNA that codes for a polypeptide
_____ Double helix
D. a mutation causing a change in the reading frame
_____ Expressed gene
E. produced on the lagging strand
_____ Exon
F. the code used to translates RNA into protein
_____ Frameshift
mutation
G. enzyme that makes a nucleic acid polymer adding to 3’ end of
new strand
_____ Gene
H. enzyme that binds fragments together
_____ Genetic code
I. a gene that is turned on – transcribed and translated
_____ Genome
J.
_____ Intron
K. shape of the DNA molecule
a segment of DNA that codes for a particular polypeptide
___The messenger RNA will carry the DNA's instructions out of the nucleus to which of the following?
a) vacuole
b) mitochondria
c) chloroplast
d)ribosome
___To deternime the molecular sequence of a gene for a protein, which molecule should be analyzed?
a) tRNA
b) ATP
c) DNA
d) rRNA
___What is the purpose of transfer RNA?
a) It unzips the double helix so transcription can begin.
b) It retrieves amino acids from the cytoplasm for protein construction.
c) It carries genetic information to the ribosomes.
d) It produces a complementary copy of a strand of DNA.