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Conservation for You (Animal Science): Private Conservation Class for All Ages
Middle School Science: Genes, Evolution, and Heredity
Class experience
US Grade 5 - 8
👋 INTRODUCTION 👋 DNA holds all of the instructions necessary to create fully-functioning human beings! It's no secret that we all have different DNA... it's what makes us all interesting and unique! But how do these differences affect us, and how did they affect us thousands of years ago? Why do children look like their parents? Why is it that sometimes children looking nothing like their parents? This course allows students to take the journey from tiny DNA strand to evolution theory. The...
By the end of the course, students will be able to... 1. Explain who Gregor Mendel was and the experiments he conducted. 2. Explain the difference between acquired and genetic traits. 3. Describe the results of Gregor Mendel's pea plant experiments. 4. Explain the difference between recessive and dominant traits. 5. Carry out a Punnett square and interpret results. 6. Correctly notate dominant and recessive traits. 7. Identify some human and animal traits that can be predicted using Punnett squares. 8. Describe what a pedigree is and what it is used for. 9. Explain how genetic disorders are passed on from one family member to another. 10. Explain who Charles Darwin is and how he theorized natural selection. 11. Describe the theory of evolution. 12. Use natural selection correctly to predict outcomes given a scenario. 13. Identify types of variation and how variation affects the planet. 14. Explain the early humans and how the present-day human prevailed. 15. In general, recognize the significance of how genetics play a part in populations and the world. 16. Identify parts of DNA and match DNA strands using base pairs. 17. Explain why it is a problem for a mutation to occur. 18. Explain the difference between neutral, beneficial, and detrimental mutations. 19. In general, understand the lac operon and why genes are turned on/off. 20. Identify the main symptoms of cystic fibrosis and albinism, along with how it affects people who have the disorders.
I hold a Bachelor's Degree in Biomedical Engineering with a concentration in Biomaterials from Rensselaer Polytechnic Institute. I am currently pursuing a Master's of Engineering in this field. I have also been an AP Biology tutor for 3 years, so it is my responsibility to be extremely proficient in these topics year-round. I myself completed and passed the AP Biology exam in 2017 with a score of 5. Genetics, heredity, and evolution are key topics in the subject. These topics are often taught in many of my own private small-group classes, and I've designed and carried out courses that have included this material.
Homework Offered
This class goes with a workbook full of homework assignments for this class! These assignments are meant to be meaningful, helpful, and enjoyable to complete! They should only take 10-30 minutes, and will not be checked. As always, if these assignments add stress to your learner's experience, feel free to skip them.0 - 1 hours per week outside of class
Assessments Offered
Grades Offered
Each learner will be supplied with a workbook full of our homework assignments. If they'd like, students can work on homework assignments during class to save time. Note-taking is not mandatory, but students are free to engage in it!
Learners will not need to use any apps or websites beyond the standard Outschool tools.
Though evolution is technically a theory, this course depicts this theory as fact. If you are not comfortable with the notion that the theory of evolution is true or if you believe that evolution should not be taught in the educational space, this may not be the course for your learner! Additionally, Charles Darwin's theory of natural selection is discussed in detail. His more controversial theories and discoveries are not discussed. If you are uncomfortable with Charles Darwin as a historical figure or with acknowledging Charles Darwin's work, this may not be the course for your learner! This course discusses how parents' traits are passed onto offspring, but there is no discussion of how offspring are produced or the reproductive mechanisms behind genetics. There is no discussion of sex-linked traits or X/Y chromosomes.
Hi, there! Welcome to my profile and thank you for visiting! 👋 Who are you? What is your background? My name is Sarah Tedesco and I am a 23-year-old Ph.D. student from Long Island, New York. I am a first year Ph.D. student in Cellular Biology...
Group Class
$15
weekly or $170 for 12 classes1x per week, 12 weeks
60 min
Completed by 54 learners
Live video meetings
Ages: 12-14
3-18 learners per class