Title: 1st PERIOD
Course: 2024 Physics 1

Use the rules of exponents to simplify exponential expressions. Use scientific notation.

Isolating quantities is similar to solving equations. However, instead of ending up with a variable equal to a constant, we end up with a variable equal to an expression containing other variables.

The International System of Units (SI) and the English system of measurement are the two most common systems of measurement used around the world. While both systems are used to measure quantities such as length, mass, and time, there are some significant differences between them. SI units are based on the metric system, which uses powers of 10 to express different units of measurement. For example, the base unit for length in the SI system is the meter, and larger and smaller units are expressed in powers of 10. The English system, on the other hand, is based on units such as the inch, foot, and yard, which are not based on powers of 10. Another key difference is that the SI system is used universally throughout the world, while the English system is used primarily in the United States and a few other countries. This means that there can be confusion when using measurements in different countries if the units are not converted properly. Finally, the SI system is considered to be more precise than the English system because it uses a standard set of prefixes to indicate different orders of magnitude, such as kilo, mega, and giga. This makes it easier to work with very large or very small numbers. Vector covers: Vector magnitude, Vector scaling, Unit vectors, Adding & subtracting vectors, Magnitude & direction form, Vector applications

Session August 12 – 16 | Before | During | After
Session 1 |  | Interactive lecture on exponents and scientific notation (class discussion); Practice problems on simplifying exponential expressions and converting to/from scientific notation (pair work) | Homework assignment on WebAssign focusing on exponents and scientific notation (individual)
Session 2 | Review exponent rules and scientific notation basics (individual reading and note-taking) https://youtu.be/bXkewQ7WEdI?si=OpT8su7kOb9lQijM | Group activity on applying exponent rules to real-world scenarios (group work); Worksheet on simplifying and converting (individual) | WebAssign problems on scientific notation (individual) https://www.webassign.net/
Session 3 | Brief review of previous day's work (individual) | Interactive lecture on isolating variables (class discussion); Practice problems on isolating variables (pair work) | WebAssign problems on isolating variables (individual)
Session 4 | Recap of isolating variables through example problems (individual) https://youtu.be/Uvs9eaL7y2k?si=mPlWtVsEdAdplEoq | Group activity on isolating variables from complex equations (group work); Worksheet on isolating variables (individual) | WebAssign problems on isolating variables (individual)
Session 5 | Review of week's topics with Q&A session (individual) | Solving on exponents, scientific notation, and isolating variables (individual); Discussion on common mistakes (class discussion) | WebAssign comprehensive assignment covering week's topics (individual) https://www.webassign.net/

Session August 19  - 23 | Before | During | After
Session 1 | Introduction to unit conversion with examples (individual reading and note-taking) https://youtu.be/hQpQ0hxVNTg?si=BBEb34CCOoviD-zq | Lecture on SI units vs. English units (class discussion); Practice problems on converting between SI and English units (pair work) | Homework assignment on WebAssign focusing on unit conversion (individual) https://www.webassign.net/
Session 2 | Quick review of Monday’s material through a warm-up Solving (individual) | Group activity on unit conversion in real-world contexts (group work); Worksheet on unit conversion (individual) https://youtu.be/U8z8WFhOQ_Y?si=BvFstpxWaU1knV7m | WebAssign problems on unit conversion (individual)
Session 3 | Brief review of previous day's work (individual) | Interactive lecture on vector magnitude and direction (class discussion); Practice problems on calculating vector magnitude and direction (pair work) | WebAssign problems on vector magnitude and direction (individual)
Session 4 | Recap of vector magnitude and direction through examples (individual) https://youtu.be/ml4NSzCQobk?si=LkDb-x4S2vQiZzVf | Group activity on vector addition and subtraction (group work); Worksheet on vector operations (individual) | WebAssign problems on vector addition and subtraction (individual)
Session 5 | Review of week's topics with Q&A session (individual) | Solving on unit conversion and vector basics (individual); Discussion on common mistakes (class discussion) | WebAssign comprehensive assignment covering week's topics (individual) https://www.webassign.net/

Session August 26 - 30 | Before | During | After
Session 1 | Introduction to vector applications (individual reading and note-taking) https://youtu.be/U8z8WFhOQ_Y?si=BvFstpxWaU1knV7m | Lecture on unit vectors and scaling (class discussion); Practice problems on unit vectors and scaling (pair work) | Homework assignment on WebAssign focusing on unit vectors and scaling (individual)
Session 2 | Quick review of Monday’s material through a warm-up Solving (individual) | Group activity on vector applications in physics (group work); Worksheet on vector applications (individual) | WebAssign problems on vector applications (individual) https://www.webassign.net/
Session 3 | Brief review of previous day's work (individual) | Interactive lecture on advanced vector operations (class discussion); Practice problems on advanced vector operations (pair work) | WebAssign problems on advanced vector operations (individual)
Session 4 | Recap of advanced vector operations through examples (individual) https://youtu.be/0TGTSLn3dsc?si=ft6jkbyVUyYag7Ud | Group activity on combining multiple vector concepts (group work); Worksheet on combined vector operations (individual) | WebAssign problems on combined vector operations (individual)
Session 5 | Review of all Unit 0 topics with Q&A session (individual) | Comprehensive Solving on Unit 0 topics (individual); Discussion on common mistakes and overall review (class discussion) | WebAssign comprehensive assignment covering all Unit 0 topics (individual) https://www.webassign.net/