2. What are the 4 steps of the Scientific Method as described by Mr. Martin?
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1 Ch.1 Study Guide Outline Study the Review that is posted on the website. Make a note card to use for the test. 1. What is science and physics? 2. What are the 4 steps of the Scientific Method as described by Mr. Martin? 3. Be able to identify a hypothesis. 4. Understand scientific notation and how to properly use it. 5. Know the rules for significant figures and be able to identify the number of significant figures in a measurement. 6. Understand the importance of graphing and be able to find the relationship between two measured properties by graphing. 7. Know precision & accuracy. 8. Know what error is, and what error is not. HINT: Human error is not laboratory error. 9. Know how to convert from one SI unit to another. HINT: Look at the SI Table that is shared in Google Docs. 10. Study the Ch. 1 Quiz.
2 Ch.2 & 3 Study Guide Outline Test Date : 10/21/14 Study the Review that is posted on the website. 1. What changes displacement? 2. What changes velocity? 3. How does velocity change?. km m 4. Review conversions between h s and know how to do it. 5. Know how to convert from km m. 6. Review conventional directions and how they convert into + or - signs.. 7. Know how to use our equations for figure out what is happening for a given situation. 8. Review the physics of throwing an object up and letting it fall back down. (Hint: Hidden Givens) 9. Know how to use our equations to analyze and predict what will happen in a free fall situation. 10. Study the Ch. 2 & 3 Quiz. 11. Know how the position graph (d vs. t) relates to the velocity (v vs. t) and acceleration (a vs. t) graphs. If given one graph, be able to construct the other two.
3 Ch.6 Study Guide Outline Test Date : 11/18/14 Study the Review that is posted on the website. 1. What is a vector? 2. How do you add vectors to get a resultant? 3. Know how to take velocity vectors and find displacement vectors?. 4. Know how to use our equations for figure out what is happening for a given situation. 5. Know how to use our equations to analyze and predict what will happen in a free fall situation. Be able to use your knowledge of free fall to analyze objects that fall off cliffs, tables, etc. 6. Review the physics of throwing an object up and letting it fall back down. (Hint: Hidden Givens) Be able to use your knowledge of objects thrown up and falling down to analyze objects that are launched at an angle -- launched projectiles. 7. Know how to find the final velocity (V f ) in unit vector notation & magnitude direction notation. 8. Know how to find the initial vertical velocity (V iy ) and initial horizontal velocity (V ix ). 9. Review the symmetry of projectiles equations. 10. Study the Ch. 3 Quiz. 11. Review the posted Group Practices.
4 Ch.4 & 5 Study Guide Outline Test Date : 11/26/14 Study the Review that is posted on the website. 1. What is a force and what do forces do? What types of forces are there? 2. What is inertia and what do we use as a measure of inertia? 3. Know Newton s 3 Laws and how to apply them. 4. In physics, what does equilibrium mean? 5. Know how to calculate the horizontal (F_x) and vertical (F_y) components of a force at an angle. 6. Know how to calculate the Net Force on an object when there are multiple forces acting on an object. 7. Know how to use older equations to calculate the acceleration on an object in order to use it to find the Net Force. 8. Know how calculate weight and normal force, and how to use your knowledge of physics to analyze a pushed object, including an object on an inclined plane. 9. Understand the concepts and differences between static friction and kinetic friction. 10. Know how to use the friction equations to solve for the frictional forces on a pushed/pulled object. 11. Review the Ch. 4 and Ch. 5 Quizzes. 12. Review the Group Practice, Extended Practice, and Review which are posted on GoogleDocs.
5 Ch. 9, 10, & 11 Study Guide Outline Test Date : 12/19/14 Study the Review that is posted online. 1. What is work in physics? 2. What is kinetic energy and what is potential energy? 3. How does work affect kinetic energy? 4. Review gravitational potential energy and elastic potential energy. 5. Know what conservation of energy is and how to use it. 6. What is power? 7. What is momentum and in what situations do we use it. 8. What is impulse and how does it relate to momentum. 9. Know what conservation of momentum is and how to use it. 10. Review collisions and the different types. 11. Know how to use the perfectly inelastic trick. 12. Review the Ch. 9 and Ch. 10 & 11 Quizzes. 13. Review the Group Practice, Extended Practice, and Review which are posted on online.
6 Ch. 20 & 21 Study Guide Outline Test Date : 3/5/15 Study the Review, Group practice, and Quizzes that are posted on the website. 1. What are the two types of charge? 2. How do these two types of charge interact? 3. What is a conductor? What is an insulator? What are examples of each? 4. What is conduction? What is induction? 5. Understand how objects steal electrons from one another. 6. What is Coulomb s Law? Know how to use Coulomb s Law to calculate the electric force on a charge. 7. Know how to calculate the net electrical force on a charge when more than two charges are present. 8. Know how to calculate the strength of the electric field. Know how to calculate the net electric field when more than one charge is present. 9. Know how to draw electric field lines properly. Understand how charges move in electric fields. 10. Know the rules for conductors in electrostatic equilibrium. 11. Know how to calculate electric potential energy. 12. Know how to calculate potential difference. Understand how charges move with regards to potential differences. 13. Know how to calculate the capacitance of a capacitor and the stored electric potential energy.
7 Ch. 22 & 23 Study Guide Outline Test Date : 4/9/14 Study the Review, Group practice, and Quizzes that are posted on Weebly. 1. Know what each circuit diagram symbol represents and its function? 2. Know how to construct a circuit diagram? 3. Know the direction of current in reference to electron flow direction. 4. Know how to use the current equation to calculate current. 5. Know the 4 factors of resistance. 6. Know Ohm s Law and how to apply it. 7. Know the potential difference in an American outlet. 8. Understand the electrical power equations and how to use them. 9. Understand the difference between series and parallel circuits. 10. Be able to calculate the equivalent resistance of the load of a circuit. 11. Be able to analyze a circuit and predict the potential difference (voltage) over and current through any circuit element.
8 Ch. 24 & 25 Study Guide Outline Test Date : 5/05/15 Study the Review, Group practice, and Extended Practice on the website. 1. Know the names for the two different magnetic poles, and know how to draw magnetic field lines for any bar magnet setup. 2. What are the 3 ferromagnetic materials? 3. Know the magnetic pole setup for the Earth. 4. Know how to determine the magnetic field around a current carrying wire. 5. Know how to determine the magnetic force on a moving charged particle in a magnetic field using the right hand rule, and how to calculate it. 6. Know how to determine the magnetic force on a current carrying wire in a magnetic field using the right hand rule, and how to calculate it. 7. Know the path a charged particle moving in a perpendicular magnetic field will take. 8. Know how a speaker and a motor works. 9. Know what magnetic flux is, the 4 ways to change magnetic flux, and how to calculate the change in magnetic flux. 10. Know what electromagnetic induction is and which direction current will be induced in a wire loop experiencing a changing magnetic flux. 11. Know how to use Faraday s Law to calculate the induced emf in a wire loop experiencing a changing magnetic flux. 12. Know how to use the Transformer equation to calculate the voltage across the secondary of a step-up or step-down transformer and what the maximum current can be in the secondary of the transformer.
9 Ch. 14 Study Guide Outline Test Date : 5/22/15 Study the Review, Group practice, and Quizzes that are posted on Website. 1. Know what Period Motion is and what simple harmonic motion is. 2. Know real life examples of simple harmonic motion. 3. Be able to identify the different parts of wave (wavelength, period, frequency, etc.) 4. Know what transverse and longitudinal waves are how they differ. 5. Be able to draw and identify loud, soft, high pitched and low pitched sound waves. 6. Know what a mechanical wave is and what it needs. 7. Know how to find Period and frequency. 8. Know how to calculate the speed of a wave. 9. Know how to estimate the tension of a spring/string/etc by examining the velocity of the wave. 10. Know what interference and superposition are and how to find the superposition amplitude. 11. Know how to draw a standing wave and how to calculate the wavelength and speed of the wave.
10 Ch. 15 Study Guide Outline Test Date : 6/8/15 Study the Review, Group practice, and Quizzes that are posted on Website. 1. Know what type of wave a sound wave is. 2. Know the range of audible sound frequencies for humans. 3. Know what infrasonic and ultrasonic mean. 4. Know the general rule for the speed of sound through different medium. 5. Know what wave fronts are and in what directions they travel. 6. Know what the Doppler Effect is and how to calculate the detected frequency. 7. Know what Decibels, forced vibrations, and resonance are. 8. Know how standing waves in an open pipe differ from standing waves on a string.. 9. Know what in phase and out of phase means Know how to calculate the wavelength of a given harmonic in an open pipe or a string. 11. Know what a beat is and how to calculate the beat frequency..
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