Amanda is the creator and editor of all the videos on this channel.
She earned her B.S. from Saginaw Valley State University and earned her M.S. and Ph.D. from University of California, Irvine.
From there she went on to be a faculty lecture at U.C. Irvine where she studies educational techniques in her general chemistry courses.
Courses
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658 min6-part Physics course32 CQ
After understanding the basics of quantum mechanics, learn about the early experiments on wave particle duality, the Heisenberg Uncertainty Principle, and more in this advanced physics course.
with Amanda HoltonAfter understanding the basics of quantum mechanics, learn about the early experiments on wave particle duality, the Heisenberg Uncertainty Principle, and more in this advanced physics course.
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1172 min11-part Chemistry course43 CQ
This course on nuclear chemistry and radioactive decay from Prof. Amanda Holton discusses the differences among alpha, beta, and gamma decay; nuclear fusion and fission; and nuclear kinetics.
with Amanda HoltonThis course on nuclear chemistry and radioactive decay from Prof. Amanda Holton discusses the differences among alpha, beta, and gamma decay; nuclear fusion and fission; and nuclear kinetics.
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520 min5-part Chemistry course13 CQ
Are you a chemistry student delving into quantum mechanics? In this course, review historical, mathematical, and conceptual topics of quantum mechanics, and experiments that led to key findings.
with Amanda HoltonAre you a chemistry student delving into quantum mechanics? In this course, review historical, mathematical, and conceptual topics of quantum mechanics, and experiments that led to key findings.
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643 min6-part Chemistry course25 CQ
Studying trends along the periodic table? In this intermediate chemistry course, learn all about periodic trends, and discuss concepts like effective nuclear charge and ionization energy.
with Amanda HoltonStudying trends along the periodic table? In this intermediate chemistry course, learn all about periodic trends, and discuss concepts like effective nuclear charge and ionization energy.