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Bio 6A - Components of DNA and how traits are carried (Glencoe Chapter 13)

Multiple Choice
Identify the letter of the choice that best completes the statement or answers the question.
 
 
Table 13-1
Help Wanted
Positions Available in the genetics industry. Hundreds of entry-level openings for tireless workers. No previous experience necessary.  Must be able to transcribe code in a nuclear environment. The ability to work in close association with ribosomes is a must.
Accuracy and Speed vital for this job in the field of translation. Applicants must demonstrate skills in transporting and positioning amino acids. Salary commensurate with experience.
Executive Position available. Must be able to maintain genetic continuity through replication and control cellular activity by regulation of enzyme production. Limited number of openings. All benefits.
Supervisor of production of proteins--all shifts. Must be able to follow exact directions from double-stranded template. Travel from nucleus to the cytoplasm is additional job benefit.
 

 1. 

Applicants for the third job of the Help Wanted ad in Table 13-1, "Executive Position," could qualify if they were _____.
a.
DNA
c.
tRNA
b.
mRNA
d.
rRNA
 

 2. 

Applicants for the first job of the Help Wanted ad in Table 13-1, "Positions Available," could qualify if they were _____.
a.
mRNA
c.
tRNA
b.
DNA
d.
rRNA
 

 3. 

Applicants for the fourth job of the Help Wanted ad in Table 13-1, "Supervisor," could qualify if they were _____.
a.
mRNA
c.
tRNA
b.
DNA
d.
rRNA
 
 
bio6aglencoe-07_files/i0060000.jpg
 

 4. 

The process illustrated in Figure 13-2 is called _____.
a.
replication
c.
monoploidy
b.
translation
d.
transcription
 

 5. 

Where in the cell of Figure 13-2 does translation occur?
a.
at the ribosomes
c.
within the plasma membrane
b.
in the nucleus
d.
in food vacuoles
 

 6. 

An RNA molecule is a polymer composed of subunits known as _____.
a.
ribose molecules
c.
uracil molecules
b.
nucleotides
d.
polysaccharides
 
 
bio6aglencoe-07_files/i0100000.jpg
 

 7. 

The diagram labeled Insect A in Figure 13-3 represents the chromosomes taken from the body cell of a normal female insect. The diagram labeled Insect B represents those taken from the body cell of a female of the same species but with an abnormal phenotype. The chromosomal alteration seen in Insect B could have resulted from _____.
a.
a point mutation
c.
a frameshift mutation
b.
crossing over
d.
nondisjunction
 

 8. 

The hereditary information for a particular trait is generally _____.
a.
controlled by chromosomes located on an allele
b.
carried from the nucleus by tRNA to the gamete
c.
coded for by a ribosome located on the reticulum
d.
controlled by alleles located on chromosomes
 

 9. 

The pairing of _____ in DNA is the key feature that allows DNA to be copied.
a.
codons
c.
nucleotides
b.
chromosomes
d.
nitrogen bases
 

 10. 

X rays, ultraviolet light, and radioactive substances that can change the chemical nature of DNA are classified as _____.
a.
metamorphic molecules
c.
hydrolytic enzymes
b.
growth regulators
d.
mutagenic agents
 

 11. 

_____ is a chromosome rearrangement that results in no loss of genetic information from the chromosome.
a.
Nondisjunction
c.
Translocation
b.
Inversion
d.
Deletion
 

 12. 

A DNA nucleotide may be made up of a phosphate group, along with _____.
a.
ribose sugar and adenine
c.
ribose sugar and cytosine
b.
deoxyribose sugar and thymine
d.
deoxyribose sugar and uracil
 

 13. 

The condition in which a zygote contains three copies of a particular chromosome as a result of nondisjunction is called _____.
a.
monoploidy
c.
trisomy
b.
monosomy
d.
polyploidy
 

 14. 

What is the name of the condition in which the zygote contains only one chromosome of a pair as a result of nondisjunction?
a.
monoploidy
c.
trisomy
b.
monosomy
d.
polyploidy
 

 15. 

Triploidy is usually _____ in animals.
a.
beneficial
c.
planned
b.
normal
d.
rare
 



 
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