Peer Instruction: A User's Manual, Part 1Peer Instruction: A User's Manual is a step-by-step guide for instructors on how to plan and implement Peer Instruction lectures. The teaching methodology is applicable to a variety of introductory science courses (including biology and chemistry). However, the additional material-class-tested, ready-to-use resources, in print and on CD-ROM (so professors can reproduce them as handouts or transparencies)-is intended for calculus-based physics courses. |
From inside the book
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Page 133
... less momentum and less kinetic energy . 4. less momentum but more kinetic energy . 5. none of the above 22 . Answer : 4. The golf ball bounces back at nearly its incident speed , where- as the bowling ball hardly budges . Thus the ...
... less momentum and less kinetic energy . 4. less momentum but more kinetic energy . 5. none of the above 22 . Answer : 4. The golf ball bounces back at nearly its incident speed , where- as the bowling ball hardly budges . Thus the ...
Page 169
... less than 200 tons . Can the ship still float if the quantity of water left in the lock is much less than the ship's weight ? 1. Yes , as long as the water gets up to the ship's waterline . 2. No , the ship touches bottom because it ...
... less than 200 tons . Can the ship still float if the quantity of water left in the lock is much less than the ship's weight ? 1. Yes , as long as the water gets up to the ship's waterline . 2. No , the ship touches bottom because it ...
Page 243
... less than ( E4 - E1 ) is used , what happens ? Would a beam of protons in a " proton microscope " exhibit more or less diffraction than a beam of electrons of the same speed in an electron mi- croscope ? Explain . One thousand photons ...
... less than ( E4 - E1 ) is used , what happens ? Would a beam of protons in a " proton microscope " exhibit more or less diffraction than a beam of electrons of the same speed in an electron mi- croscope ? Explain . One thousand photons ...
Contents
Introduction Chapter 2 Peer Instruction | 9 |
PEER INSTRUCTION | 10 |
MOTIVATING THE STUDENTS | 19 |
Copyright | |
15 other sections not shown
Other editions - View all
Peer Instruction: A User's Manual: Pearson New International Edition Eric Mazur No preview available - 2013 |
Peer Instruction: Pearson New International Edition: A User's Manual Eric Mazur No preview available - 2013 |
Common terms and phrases
acceleration air track Ampère's law angular momentum axis block bowling ball capacitor charge Q circuit collision Concep Test Concept Inventory conserved constant speed David Hestenes decreases depends diagram diffraction direction discussion disk displacement distance downward force Earth electric field electrons electrostatic equal equation equilibrium exam final speed flow flux Force Concept Inventory force exerted force of gravity frequency friction frictionless gravitational horizontal Huygens-Fresnel principle identical increases inductor inertial mass initially at rest interval introductory physics kinetic energy larger lecture light bulb locomotive loop magnetic field magnitude Mechanics Baseline Test motion move need more information negative Newton's object oscillation pair particles path Peer Instruction phasor plate potential difference potential energy problems puck pull pushes questions reading assignment reading quizzes resistor right-hand rule rotational inertia scores shown slide slit smaller string surface teaching tion torque truck wagons wavelength waves weight wire zero