1. 01: Introduction

2. Academic Code of Honor Will be given a warning, then be directed to the guidance office. Don’t do anything that you’ll be ashamed of in the future. No Requirements (calcu, summary of concepts, pencil etc.) no Exam Seating Arrangement Class Number(This is to facilitate better monitoring of grades and attendance.) Payment for stuff will be used in class Photocopies of handouts, exams etc. handled by the class treasurer

3. Teaching Philosophy Teachers are standards and guides. If you need any help, don’t hesitate to ASK.

4. Walk, Run… Dance

5. How Do I Study Physics? Preparation and hard work are key to any successful learning endeavor. But a major factor not often mentioned is organization. We will discuss several tips for learning physics principles in the following slides.

7. Notebook

8. Scientific Calculator

9. Test Notebook (filler)

10. Protractor (angles)

11. Ruler

13. Find a Class Partner On the first day of class find someone who is willing to be your class “buddy.” Make sure you get his or her name, phone number, and schedule. The “buddy system” is your safety net for missed classes, handouts, assignments, returned papers, clarification, etc.

14. Timely Learning Timely learning is efficient learning. It is better to study an hour each day than to cram on weekends. After each lecture, use your next free period to reinforce your understanding. If you wait until the weekend, you must devote valuable time just rebuilding the information.

15. Outside the Classroom Learning is rarely completed in class.To reinforce teaching, you must work problems on your own as soon after class as possible. Try first, seek help if neces-sary, review examples, work with others. Working prob-lems is the primary way to learn.

17. Angkapalng textbook!

18. Indi akomagaling s math.

19. Walaakongoras.

21. Test Anxiety The major way to deal with such fears is through practice and adequate preparation. How many times have we heard: “I know the material, but I just can’t perform on tests!” It’s like shooting free-throws when a basketball game is on the line. You must practice foul shots until they become automatic during times of high pressure.

23. The Scientific Method.

24. How Should I Study Physics?Objectives: 01

25. What is Physics? Physics is the science that investigates the fundamental concepts of matter, energy, and space, and the relationships among them. Physics is the most basic of the sciences, underpinning all other disciplines of science, medicine, and engineering. Physicists are problem solvers, often meeting new challenges and developing new theories. NASA

26. Scientific Method Underlying all scientific investigation are the guiding principles of the Scientific Method. Statement of problem. Observation: data collection. Hypothesis: proposed explanation Experimental testing. Acceptance or rejection of hypothesis.

27. y An Example of the Scientific Method Albert Einstein once said: “Example isn't another way to teach, it is the only way to teach.” In this example, we observe a falling object and attempt to predict the distance it will fall in a particular time. Time t The mathematics is largely ignored here in order to just provide the basic steps in the process.

28. y Time t Statement of Problem We need to be able to predict the time to fall for a vertical distance y. By stating the problem, we simply verbalize a need to know or to be able to predict some event. The problem might not be solvable.

29. Observations y1 t1 y2 t2 y3 t3 To address the problem, we organize the data and several trial observations. We measure the time for several drops at different heights.

30. The following equation is written and the constant k is determined from the data. y Time t Hypothesis By applying the mathematics and graphing techniques to the observed data, we note that the time of fall is proportional to the square of time, t2. The hypothesis is now a theory which can be tested.

31. Experimental Testing The next step is for us (and for others) to test the hypothesis: If time t is given in seconds (s), the distance yin meters (m) is: Each time the distance is predicted correctly, the theory is reinforced. In order for a theory to be accepted, it must be consistent and repeatable by others.

32. "No amount of experimentation can ever prove me right, one single experiment can prove me wrong." --- Albert Einstein. Accept or Reject Hypothesis Each time the distance is predicted correctly, the theory is accepted. It takes only one instance of proven failure to cause the hypothesis to be rejected!