BIOLOGY
NAME: _______________________________________________
Ms. Nguyen
PERIOD: _____________________
DATE: ________________________
Ch. 11- Review Stations
Station # 1: Monohybrid Crosses
Directions: Choose a card and write down the card number. Complete the problem on the card in the given space. Be
sure to fill in the parent’s genotypes, the Punnett square, and the ratios of the offspring for both genotype & phenotype.
Complete FOUR cards.
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
BIOLOGY
NAME: _______________________________________________
Ms. Nguyen
PERIOD: _____________________
DATE: ________________________
Ch. 11- Review Stations
Station #2: Types of Dominance
Directions: Choose a card from either the beige or green stack. Complete the incomplete dominance (beige) or codominance (green) problem on the card in the given space. Be sure to fill in the parent’s genotypes, the Punnett
square, and the ratios of the offspring for both genotype & phenotype. Complete TWO beige cards & TWO green cards.
BEIGE CARDS
Card Number:
Parent 1 Genotype:
Phenotypic Ratio of Offspring:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
GREEN CARDS
Card Number:
Parent 1 Genotype:
Phenotypic Ratio of Offspring:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
Card Number:
Phenotypic Ratio of Offspring:
Parent 1 Genotype:
:
Genotypic Ratio of Offspring:
Parent 2 Genotype:
BIOLOGY
NAME: _______________________________________________
Ms. Nguyen
PERIOD: _____________________
DATE: ________________________
Ch. 11- Review Stations
Station # 3: Meiosis Card Order
Directions: Get a stack of cards. Individually, put the cards in order for the steps of Meiosis. Be sure that you check for
important things like the presence of homologous chromosomes. Write down the card numbers after you have placed
them in order. Shuffle your cards and put them back in the bag when you are done. Then answer the questions below.
ORDER
1)
REMEMBER: INTERPHASE HAPPPENS BEFORE MEIOSIS!
CARD #
NAME OF PHASE
2)
3)
4)
5)
6)
7)
8)
1. How many cell divisions is meiosis?
2. How many daughter cells are made in meiosis?
3. Do the cells start off as diploid or haploid in meiosis?
4. Do the cells end as diploid or haploid in meiosis?
5. So what happens to the chromosome number during meiosis?
6. What kind of cells are made during meiosis?
7. What is it called when homologous chromosomes swap genetic information?
8. In what phase does #7 happen?
BIOLOGY
NAME: _______________________________________________
Ms. Nguyen
PERIOD: _____________________
DATE: ________________________
Ch. 11- Review Stations
Station #4: Vocabulary Match
Directions: As a group, use the bag of vocabulary words as a word bank. Pull one card out at a time and match it to
the definitions below. Not all cards will be used.
Definition

Chromosomes that have a corresponding chromosomes from an
Vocabulary Word
________________________________
opposite sex parent

An allele that will be expressed over another allele
________________________________

An allele that will not be expressed if a dominant allele is present
________________________________

An offspring that has parents of different phenotypes
________________________________

A sperm or egg cell, is made by meiosis
________________________________

When alleles get separated during gamete formation
________________________________

The stage of meiosis when chromosomes get pulled apart
________________________________

Describes a cell with both sets of chromosomes
________________________________

Describes a cell with only one set of chromosomes
________________________________

Structure containing 4 chromatids- a homologous pair each with
________________________________
their sister chromatids

An inheritance pattern where there is no dominant allele
________________________________

Different forms of a gene that exist on homologous chromosomes
________________________________

The process by which gametes are made
________________________________

The physical appearance of an organism
________________________________

The genetic makeup of an organism
________________________________

When two chromosomes exchange genetic information
________________________________