You may also view any other teacher's live class for any subject by clicking Live Class Schedule and Recordings
I will update this schedule with links to the recordings so that you can come back to them and find them in a single location (you must be logged in to ResponsiveEd to access).
Looking for a previous year's recording?
January
1/11/2023 Intro and Why Meiosis
1/18/2023 Meiosis I and II and Karyotyping
1/25/2023 Mendelian Genetics
February
2/1/2023 Mendelian Genetics (Dihybrid Cross and beyond)
2/8/2023 Inheritance
2/15/2023 DNA and Replication
2/22/2023 RNA Transcription
March
3/1/2023 Protein Synthesis - nucleotide to amino acids
3/8/2023 Natural vs Artificial Selection
3/15/2023 🌻NO LIVE - ENJOY SPRING BREAK🌻
3/22/2023 Evidence for Evolution
3/29/2023 Microevolution and Hardy Weinberg
April
4/5/2023 TBD
4/12/2023 TBD
4/19/2023 Small Group Sessions
4/26/2023 *STAAR/EOC Testing*
May
5/3/2023 *STAAR/EOC Testing*
5/10/2023 TBD
5/17/2023 TBD
5/24/2023 TBD
😎 Summer Break
I will also post videos for other concepts that we wont have a chance to cover in live sessions:
•Where Did Life Come From? and The Mysterious Origins of Life on Earth
•Video Lessons from ADVANCE PLACEMENT full playlist
•Bozeman Science AP Biology - Full Playlist
Need the DBA Questions for your module?
Scroll down past the videos on this page!
Checkout the pages for Crash Course and It's Okay to be Smart, all offer excellent videos over topics we will cover in class!
As an AP class there will be some labs that need to be completed with everyday materials and some that will have some virtual options as well.
Want more supports and assistance? AP Biology Lab Supports
Module 5 Study Guides from Fivable
Chromosomal Inheritance and the Environment
Module 6 Study Guides from Fiveable
Module 7 Study Guides from Fiveable
Natural Selection 7.1 Introduction
Evolution & Common Ancestry 7.6-7.8
*Extra material
LUCA - Last Universal Common Ancestor
Nasa Astrobiology article on LUCA
Video - What was the Ancestor of Everything?
How Your DNA Proves Evolution Is Real
Question 1—What is the overall purpose of meiosis, and in what types of cells does it occur?
Question 2—Summarize Mendel’s law of independent assortment. What aspect of meiosis accounts for this law?
Question 3—Describe how you would solve the following problem:
What is the probability that two individuals of the genotype AaBb and aaBb will have any offspring with the genotype aabb?
Question 4—How does the environment play a role in gene expression? Give two examples in which this might occur.
Question 1—Describe the process of gene expression, from gene to protein, and how a gene affects the phenotype expressed by an organism.
Question 2—If 20% of the DNA in a guinea pig cell is adenine, what percentage is cytosine? Explain your answer in terms of base pairing.
Question 3—What are the differences between the 5’ and 3’ ends of a DNA strand, and what is the significance of these differences for DNA replication?
Question 1—What are some examples of conserved core processes, and what do they tell us about the ancestry of life on Earth?
Question 2—Describe one scientific hypothesis for the origin of life on Earth. What evidence is used to support this hypothesis?
Question 3—What is a phylogenetic tree, and how is it used to depict evolutionary history?
Question 4—Explain why genetic variation within a population is essential for evolution.
Question 5—How would the appearance of free oxygen in the atmosphere affect the types of cells present on the early Earth?
Question 6—In a population of grasshoppers, some individuals are brown and others are green. Presently, both phenotypes are equally fit. What could happen to change the relative fitness of the two phenotypes in the population? For example, what could cause brown individuals to show increased fitness relative to green individuals?
Question 7—Assume a population is in Hardy-Weinberg equilibrium for a given genetic trait. Explain how you would determine what proportion of individuals in the population is heterozygous for the gene if the frequency of the recessive allele is 2%.
Question 1—What are some abiotic and biotic factors that could affect the stability of a population?
Question 2—What are pheromones, and what purpose do they serve?
Question 3—Compare the reproductive strategies of r-selected and K-selected species.
Question 4—Describe two models used to predict population growth and explain what each of them tells us about population.
Question 5—Explain how the distribution of ecosystems changes over time by identifying large-scale events that have resulted in these changes in the past.
Question 6—Discuss how consequences of human actions affect biodiversity at local and global levels. Give some specific examples of human impact on these ecosystems and how these impacts affect biodiversity.