More From Patricia Robbert, Elaina Rodriguez, Garret Wassermann

Lab Manual for First Semester Calculus-Based Physics By Patricia Robbert, Elaina Rodriguez, Garret Wassermann
Paperback: List Price: $59.99 $30.00 | You Save: 50%
Ships in 3-5 business days.
This laboratory manual is intended to accompany the first semester of a university level course in physics that uses a calculus-based textbook. Some of the experiments make use of Vernier sensors... More > and software, while others use traditional laboratory equipment, for a variety of interesting learning experiences. The topics covered include vectors, kinematics, mechanics, friction, gravity, collisions, centripetal force, torque, simple harmonic motion, Archimedes' Principle, standing waves, and sound waves. Each experiment consists of an explanation, a detailed procedure, data pages, a report form, and homework. The manual contains an extensive appendix explaining the use and calibration of the Vernier equipment, video capture and analysis, statistical error analysis, the use of spreadsheets in data analysis, and the use of the vernier caliper.< Less
Lab Manual for First Semester Algebra-Based Physics By Patricia Robbert, Elaina Rodriguez, Garret Wassermann
Paperback: List Price: $59.99 $30.00 | You Save: 50%
Ships in 3-5 business days.
This laboratory manual is intended to accompany the first semester of a university level course in physics that uses an algebra-based textbook. It begins with a review of the essential mathematics... More > needed for a successful experience in the physics course. Some of the experiments make use of Vernier sensors and software, while others use traditional laboratory equipment, for a variety of interesting learning experiences. The topics covered include vectors, kinematics, mechanics, simple harmonic motion, Archimedes' Principle, pressure, volume, temperature, specific heat and latent heat. Each experiment consists of an explanation, a detailed procedure, data pages, a report form, and homework. The manual contains an extensive appendix explaining the use and calibration of the Vernier equipment, video capture and analysis, statistical error analysis, the use of spreadsheets in data analysis, and the use of the vernier caliper.< Less
Lab Manual for Second Semester Algebra-Based Physics By Patricia Robbert, Elaina Rodriguez, Garret Wassermann
Paperback: List Price: $59.99 $30.00 | You Save: 50%
Ships in 3-5 business days.
This laboratory manual is intended to accompany the second semester of a university level course in physics that uses an algebra-based textbook. A few of the experiments make use of Vernier sensors... More > and software, while the others use traditional laboratory equipment, for a variety of interesting learning experiences. The topics covered include standing waves, sound waves, radioactive decay, electric and magnetic fields, electric circuits, the Wheatstone bridge, use of the oscilloscope, the tangent galvanometer, eletromagnetic induction, optical ray tracing, thin lenses, prism spectrometer, diffraction grating, and the use of LEDs to determine Planck's constant. Each experiment consists of a theory section, a detailed procedure, and thought-provoking questions to be included in the written lab report. The manual offers guidance on report writing and contains an extensive appendix offering a thorough treatment of statistical error analysis and the use of spreadsheets in data analysis.< Less
Lab Manual for Second Semester Calculus-Based Physics By Patricia Robbert, Elaina Rodriguez, Garret Wassermann
Paperback: List Price: $59.99 $30.00 | You Save: 50%
Ships in 3-5 business days.
This laboratory manual is intended to accompany the second semester of a university level course in physics that uses a calculus-based textbook. A few of the experiments make use of Vernier sensors... More > and softward, while the others use traditional laboratory equipment, for a variety of interesting learning experiences. The topics covered include pressure, volume, temperature, specific and latent heat, radioactive decay, electric and magnetic fields, electric circuits, the Wheatstone bridge, use of the oscilloscope, the tangent galvanometer, eletromagnetic induction, optical ray tracing, thin lenses, prism spectrometer, diffraction grating, and the use of LEDs to determine Planck's constant. Each experiment consists of a theory section, a detailed procedure, and thought-provoking questions to be included in the written lab report. The manual offers guidance on report writing and contains an extensive appendix with sections on statistical error analysis and the use of spreadsheets in data analysis.< Less

Top 10 This Week

see more >
 
 
 
 
 
3
 
 
 
 
7
 
Age Verification Required