Recorded Lectures
Biology is a fascinating subject. It has many applications that transcend society. From agriculture to medicine, many of the applications of biology have a profound impact on our daily lives. Whether it is the serendipitous discovery of the effects platinum containing compounds inhibiting the growth of cells in culture, or the engineering of a drought resistant crop that enables populations of people to survive and prosper in an arid environment, biology is like no other science. The scientific study of life requires the student to have a working knowledge of physics, mathematics, and chemistry, and like no other subject, biology ties all of these disciplines together in fundamental ways that allows us to make sense of the living world. As a biology teacher, it is my job to enlighten and inform students of how the science impacts their daily lives and how it is related to many other areas of science. Biology is the study of life and the processes that keep it going. Being one of the most fundamental sciences, biology is unique in that it requires students to be able to read well and think critically, to be able to analyze situations and relate them to other areas of science, and to interpret data both qualitatively and quantitatively. Moreover, biology is unique in that it requires students to have a working knowledge of math, chemistry, and to a lesser extent physics. Having the ability to tie these three sciences together and relate them to biology is extremely important. Biology itself is central to many other areas of science such as genetics, microbiology, biochemistry and ecology to name a few. Thus, building a solid core in biology is extremely important because it not only helps students make sense of the world around them, it also lays the foundations for future coursework. In addition to the general coursework, biology requires students to develop good laboratory skills. The skills learned in this course will be used repeatedly throughout your time in science. As such, developing good skills now will help you immensely when taking lab-based courses in the future. Please use the following in-class lectures with the accompanying PowerPoint presentation to improve your understanding of this captivating subject!
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AP, HL and SL Biology 1
Chapter 6 Lecture Part I
Chapter 6 Lecture Part II
Magnification and Scale Bars Lecture
Chapter 7 Lecture Part I
Chapter 7 Lecture Part II
Chapter 8 Lecture Part I
Chapter 8 Lecture Part II
Chapter 9 Lecture Part I
Chapter 9 Lecture Part II
Chapter 9 Lecture Part III
Chapter 10 Lecture Part I
Chapter 10 Lecture Part II
Chapter 10 Lecture Part III
Chapter 12 Lecture Part I
Chapter 12 Lecture Part II
Chapter 13 Lecture Part I
Chapter 13 Lecture Part II
Chapter 14 Lecture Part I
Chapter 14 Lecture Part II
Chapter 14 Lecture Part III
Chapter 15 Lecture Part I
Chapter 15 Lecture Part II
Chapter 15 Lecture Part III and Start Chapter 16
Chapter 16 Lecture Part I
Chapter 16 Lecture Part II
Chapter 16 Lecture Part III
Chapter 18 Lecture
Chapter 19 Lecture
Chapter 20 Lecture
Chapter 21 Lecture
Chapter 22 Lecture Part I
Chapter 22 Lecture Part II
Chapter 22 Lecture Part III
Chapter 23 Lecture Part I
Chapter 23 Lecture Part II
Chapter 23 Lecture Part III
AP, HL and SL Biology 2
Chapter 24 Lecture Part II
Chapter 25 Lecture
Chapter 26 Lecture
Chapter 27 Lecture Part I
Chapter 27 Lecture Part II
Chapter 27 Lecture Part III
Chapter 28 Lecture
Chapter 29 Lecture Part I
Chapter 29 Lecture Part II
Chapter 30 Lecture Part I
Chapter 30 Lecture Part II
Chapter 31 Lecture
Chapter 33 Lecture
Chapter 35 Lecture Part I
Chapter 35 Lecture Part II
Chapter 36 Lecture Part I
Chapter 36 Lecture Part II
Chapter 38 Lecture Part I
Chapter 38 Lecture Part II
Chapter 39 Lecture
Chapter 41 Lecture
Chapter 43 Lecture
Chapter 44 Lecture
Chapter 45 Lecture Pt I
Chapter 45 Lecture Pt II
Chapter 50 Lecture
Chapter 51 Lecture
Chapter 52 Lecture
Chapter 53 Lecture
Chapter 54 Lecture