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Directed Reading A Ch 5 Section 1
Section: Mendel and His Peas
1. What is heredity?
2. Give one example of something about yourself that has to do with heredity.
Who was gregor mendel?
3. Gregor Mendel was born in
a. the United States. c. Germany.
b. Austria. d. Italy.
4. Gregor Mendel did his research
a. in a laboratory.
b. at a university.
c. at a monastery.
d. on a farm.
Unraveling the mystery
5. In Mendels work, first and second generation mean
a. parents and offspring.
b. plants and animals.
c. peas and peapods.
d. one kind of organism.
6. Both male and female reproductive structures are found in ______________________plants.
7. The offspring of ______________________plants all have the same traits as the parent.
8. Because pea plants can ______________________one plant is able to fertilize another.
Directed Reading A continued
9. List two ways that a plant can cross-pollinate.
10. Peas can both cross-pollinate and self-pollinate. Why was this a key factor in Mendels work?
11. In a population, a(n) ______________________is a feature that has different forms.
12. Different forms of characteristics are called______________________.
13. Why was it important to Mendels work that peas were true breeding?
14. How did Mendel make sure that some plants cross-pollinated?
Directed Reading A continued
Mendels First Experiments
Match the correct definition with the correct term. Write the letter in the space provided.
15. seen in the second generation
16. offspring from the first cross
17. seen in the first generation
Mendels Second Experiments
18. What results did Mendel get when he allowed the first-generation plants to self-pollinate?
a. half purple and half white offspring
b. every fourth plant had white flowers
c. every fourth plant had purple flowers
d. offspring with all purple flowers
19. When a relationship between two different things is shown in a fraction, it is
a. a ratio. c. a dominant trait
b. a problem. d. a recessive trait.
20. Gregor Mendel realized the only explanation for his results was that
a. the traits were appearing at random.
b. the male traits were always the dominant ones.
c. each trait had two sets of instructions, one from each parent.
d. his important research would open the door to modern genetics.
21. Mendel was recognized for his discovery
a. five years after he finished his work.
b. in 1865 when he published his work.
c. about ten years ago.
d. more than 30 years later.
Directed Reading A Ch 5 Section 2
Section: Traits and Inheritance
1. What ratio did Mendel find for dominant to recessive traits?
a. 1 to 1
b. 2 to 1
c. 3 to 1
d. 4 to 1
A great idea
2. What are the instructions for an inherited trait?
a. alleles
b. phenotype
c. albinism
d. genes
3. Two forms of a gene, one from each parent, are called
a. alleles.
b. phenotypes.
c. albinism.
d. genes.
4. When gene pairs are written, the dominant allele has a(n)
a. D in front of it.
b. capital letter.
c. bold letter.
d. underlined letter.
5. The genotype Pp can also be written
a. pP
b. pp
c. PP
d. Ppp
6. When purple is dominant, the white offspring of purple and white parents will be
a. pP
b. pp
c. PP
d. Ppp
DOCVARIABLE "Break:_0010367", PreserveFormatting:=True \* MERGEFORMAT Directed Reading A continued
Match the correct description with the correct term. Write the letter in the space provided.
7. used to organize possible offspring combinations
8. an organisms appearance
9. a plant with one dominant and one recessive gene
10. condition that causes colorless hair, skin, and eyes
11. a plant with either two dominant or two recessive genes
12. genetic makeup formed from both inherited alleles together
13. instructions for traits passed to offspring from parents
14. Look at the Punnett square on the left. What genotype do the offspring have?
15. Look at the Punnett square on the left. What will happen to the recessive allele?
16. Look at the Punnett square on the right. Which genotypes contain a dominant allele?
17. Look at the Punnett square on the right. Which two genotypes are exactly the same?
Directed Reading A continued
What are the Chances?
18. The mathematical chance that something can happen is called
a. genotype.
b. albinism.
c. probability.
d. trait.
19. What is the probability of inheriting two p alleles?
20. Why are the traits that Mendel studied in pea plants easy to predict?
More about traits
21. When each allele has its own degree of influence, it is known as______________________.
22. How is a snapdragon an example of incomplete dominance?
23. Sometimes one gene can influence more than one ______________________.
24. Besides genes, what else can have an influence on traits?
Skills Worksheet
Directed Reading A Ch 5 Section 3
Section: Meiosis
1. What are two kinds of reproduction?
a. chromosomes and offspring
b. heredity and genes
c. asexual and sexual
d. mothers and fathers
Asexual Reproduction
2. What is the name for the way cells divide in asexual reproduction?
a. twins
b. mitosis
c. meiosis
d. homologous
3. How many parent cells are needed in asexual reproduction?
sexual Reproduction
4. When two parent cells join together to form offspring, it is called
a. asexual reproduction.
b. mitosis.
c. sexual reproduction
d. meiosis.
5. Parent cells are called
a. sex cells.
b. body cells.
c. homologous cells.
d. allele cells.
6. Chromosomes that carry the same sets of genes are called
a. twin chromosomes.
b. homologous chromosomes.
c. ordinary chromosomes.
d. asexual chromosomes.
7. How do sex cells differ from other human cells?
a. Sex cells have more chromosomes.
b. Sex cells have half as many chromosomes.
c. Sex cells are larger.
d. Sex cells have 46 pairs of chromosomes.
DOCVARIABLE "Break:_0010400", PreserveFormatting:=True \* MERGEFORMAT Directed Reading A continued
8. Sex cells are made during a process called ______________________.
9. In humans, when a new cell is formed from a sperm cell and an egg cell, how many chromosomes does it have?
10. Walter Suttons important observation was that chromosomes of the eggs and sperm cells are located inside the ______________________.
11. Sutton proposed that ______________________are located on chromosomes.
12. When a sex cell divides, what is the result?
The steps of Meiosis
Match the correct definition with the correct term. Write the letter in the space provided.
13. how chromosomes look before meiosis
14. exact duplicate of a chromosome
15. forms around each new cell during meiosis
16. process in which the nucleus divides only once
Put the eight steps of meiosis in order from first to last. Write the appropriate number in the space provided.
17. The chromosomes separate from their partners and move to opposite ends of the cell.
18. The chromosomes are not copied again between the two cell divisions.
19. Four new cells have formed from the original single cell.
20. Each chromosome makes an exact copy of itself.
21. The chromatids pull apart, and the cells divide.
22. The nuclear membrane re-forms, and the cell divides.
23. The chromosomes line up at the equator of each cell.
24. Similar chromosomes pair with one another.
Directed Reading A continued
25. After meiosis, how many chromosomes does each new cell have?
Meiosis and mendel
26. The steps in ______________________explain Mendels results.
27. When two true-breeding plants are crossed, only one ______________________is possible.
28. The genes that determine sex are found on the ______________________.
29. In humans, what kind of sex chromosomes do females have?
30. In humans, what kind of sex chromosomes do males have?
31. Which chromosome from the sperm is necessary to produce a female?
32. Which chromosome from the sperm is necessary to produce a male?
33. Because males have only one X chromosome, what is more likely to happen to them?
34. Name two sex-linked disorders.
35. To trace a trait through generations of a family, you can use a(n) ______________________.
36. A genetic counselor can often predict if a person is a(n) ______________________of hereditary diseases.
37. People with cystic fibrosis have two ______________________alleles.
38. When organisms with desirable characteristics are mated by humans, it is called ______________________.
Skills Worksheet
Chapter 6 Section 1
Section: What Does DNA Look Like?
1. What are chromosomes made of?
a. inherited characteristics c. cells and structures
b. generations d. protein and DN
2. What is the name of the material that determines inherited characteristics?
a. deoxyribonucleic acid c. RNA
b. ribosome d. amino acid
The Pieces of the puzzle
3. The subunits that make up DNA are called
a. phosphates. c. amino acids.
b. nucleotides. d. bases.
4. What two things must DNA be able to do?
5. Why must DNA be able to be copied?
6. Scientists were surprised about how much the DNA molecule could do, because they thought only _______________________ molecules could give instructions and be copied during cell division.
7. What three things is a nucleotide made of?
8. What are the four bases of a nucleotide?
Directed Reading A continued
9. What four letters stand for the four types of bases?
10. According to Chargaffs rules, the amount of _______________________ always equals the amount of thymine.
11. According to Chargaffs rules, the amount of guanine always equals the amount of _______________________.
12. Rosalind Franklin used a process known as _______________________ to make images of DNA molecules.
13. What shape did Franklins images show?
14. What did James Watson and Francis Cricks model of DNA look like?
15. What two things did this model eventually help explain?
DNAs double structure
16. The twisted ladder shape of DNA is called a(n) ______________________
17. What molecules form the sides of the ladder?
18. What are the rungs of the DNA ladder made of?
Directed Reading A continued
Match the correct description with the correct term. Write the letter in the space provided.
19. pairs with adenine
20. pairs with guanine
21. How did the double helix structure match Chargaffs observations?
Making copies of DNA
22. The pairing of bases allows the cell to ______________________, or make copies of DNA.
23. Both sides of a DNA molecule are ______________________, binding only with their match.
24. Where is a molecule split during replication?
25. After a DNA molecule splits, what is added to each side of the ladder?
26. How often is DNA copied?
27. What in the cell helps with unwinding, copying, and rewinding the DNA?
Name Class Date
Original content Copyright by Holt, Rinehart and Winston. Additions and changes to the original content are the responsibility of the instructor.
Holt Science and Technology PAGE 12 Heredity
a. dominant trait
b. first-generation plants
c. recessive trait
a. phenotype
b. heterozygous
c. genotype
d. homozygous
e. genes
f. albinism
g. Punnett square
a. chromatid
b. cell membrane
c. threadlike
d. mitosis
a. cytosine
b. thymine
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