Quizizz Slides: Genetics Part 2

Multiple Select

Which of the following are associated with ASEXUAL reproduction?

• One parent.

• Two parents.

• Meiosis

• Mitosis

Multiple Select

Which of the following are associated with SEXUAL reproduction?

• One Parent.

• Two Parents.

• Mitosis

• Meiosis

Multiple Select

What is true of reproduction?

• Reproduction can only be sexual.

• Makes more of the same organism.

• Reproduction can only be asexual.

• Parents produce offspring.

Multiple Choice

What is the hereditary information that is passed during reproduction?

• RNA
• Protein
• Carbohydrates
• DNA

Multiple Select

What type of organisms are known to ASEXUALLY reproduce?

• Starfish

• Bats

• Strawberry plants

• Bacteria

Multiple Select

What is required for SEXUAL reproduction to happen?

• Parents must make gametes.

• Budding has to create a clone.

• Gametes must meet during fertilization.

• Gamete must grow into a parent.

Multiple Choice

How many cells are made after meiosis?

• 4 haploid cells.

• 2 haploid cells

• 4 diploid cells

• 2 diploid cells

Match

Match the following

• Meiosis

• Diploid

• Fertilization

• Haploid

• Zygote

Cell division that makes gametes.

Having two sets of chromosomes.

When two gametes fuse.

Having 1 set of chromosomes.

First cell after fertilization.

• Cell division that makes gametes.

• Having two sets of chromosomes.

• When two gametes fuse.

• Having 1 set of chromosomes.

• First cell after fertilization.

Multiple Choice

Punnett squares can tell you exactly what your offsprings genotype will be.

• True

• False

Multiple Choice

Dominant traits are always more common in a population.

• True

• False

Match

Match the following

• AA

• Aa

• aa

homozygous dominant

heterozygous

homozygous recessive

• homozygous dominant

• heterozygous

• homozygous recessive

Multiple Choice

What is the probability of having a boy if you already had 3 children who are girls?

• 50%

• 25%

• 100%

• 0%

Match

Match the following

• Meiosis

• Recessive allele

• Dominant allele

• Allele

• Genetics

The process of making gametes

only expressed in absence of a dominant

phenotypically expressed over another

different forms of a gene

study of biological inheritance

• The process of making gametes

• only expressed in absence of a dominant

• phenotypically expressed over another

• different forms of a gene

• study of biological inheritance

Multiple Select

Which are examples of incomplete dominance?

• Snapdragon flower color (red x white = pink)
• Human blood type (A x B = AB)
• Pea plant height (tall x short = medium)
• Rose flower color (red x white = pink)

Multiple Choice

When there are more than two alleles for any given gene, we refer to it as. . .

• incomplete domiance

• codominance

• multiple alleles

• polygenic

Multiple Choice

Pedigrees show. .

• How common a trait is in a population.

• The inheritance of a trait over generations.

• Random mutations that occur in dogs.

• How often a mutation happens in a family.

Match

Match the following inheritance pattern to it's description

• Autosomal dominant

• Autosomal recessive

• X-linked dominant

• X-linked recessive

• Mitochondrial inheritance

Only one copy of the mutated gene is enough to cause the disorder

Two copies of the mutated gene are needed to cause the disorder

Occurs when the mutated gene is located on the X chromosome

Occurs when the mutated gene is located on the X chromosome and two copies are needed to cause the disorder

Results from mutations in the non-nuclear DNA of mitochondria

• Only one copy of the mutated gene is enough to cause the disorder

• Two copies of the mutated gene are needed to cause the disorder

• Occurs when the mutated gene is located on the X chromosome

• Occurs when the mutated gene is located on the X chromosome and two copies are needed to cause the disorder

• Results from mutations in the non-nuclear DNA of mitochondria

Multiple Choice

Nondisjunction means. . .

• Abnormal separation of chromosomes during cell division
• Normal separation of chromosomes during cell division
• Inactivation of genes
• Mutation of genetic material

Match

Match the genetic disorder with it's description.

• Downs Syndrome

• Achondroplasia

• Cystic Fibrosis

• Huntington's Disease

• Sickle Cell Anemia

3 chromosome 21s -nondisjunction

Autosomal dominant - little person

Autosomal recessive - respiratory issue

Autosomal dominant - neurological

Autosomal recessive - blood disorder

• 3 chromosome 21s -nondisjunction

• Autosomal dominant - little person

• Autosomal recessive - respiratory issue

• Autosomal dominant - neurological

• Autosomal recessive - blood disorder