The New Way Physics Lab Manual for Class 12 by O.P. Salgotra, Sukhpal Aulakh, and Supency Salgotra (New Way Publication) is a CBSE-aligned practical guide covering all experiments and activities for Class 12 Physics. It includes step-by-step procedures, circuit diagrams, observations, graphs, and viva questions for electricity, optics, and semiconductor experiments. Perfect for board exam preparation, this manual helps students perform metre bridge, focal length, refractive index, and PN junction experiments accurately. With error analysis, precautions, and hands-on activities, it ensures a thorough understanding of practical physic
Yes, the manual strictly follows the latest CBSE syllabus, covering all mandatory experiments and activities prescribed for the academic year.
Yes, it provides a list of important viva questions at the end of each experiment to help students prepare for their practical examinations.
Absolutely! Each experiment includes clear circuit diagrams, step-by-step procedures, observation tables, and sample calculations for accuracy.
Yes, it includes all experiments and activities from both sections as per the CBSE syllabus.
Yes, Activity 6 explains how to study image nature (real/virtual) using convex lenses/concave mirrors with a candle-screen setup
Absolutely. Each experiment section highlights common errors and precautions, helping students achieve accurate results and develop good laboratory practices.
The comprehensive explanations, detailed procedures, and illustrative diagrams make it an excellent resource for self-study, as well as classroom instruction.
Yes, each experiment begins with a brief theoretical overview, connecting practical work with underlying physics principles for better understanding.
Yes, numerous experiments involve plotting graphs like V vs. I or u vs. v, which are essential skills for understanding relationships and scoring well in exams.
By including graph plotting, error analysis, and calculations, the manual encourages analytical thinking and helps students interpret their experimental data effectively.
The New Way Physics Lab Manual for Class 12 by O.P. Salgotra, Sukhpal Aulakh, and Supency Salgotra (New Way Publication) is a CBSE-aligned practical guide covering all experiments and activities for Class 12 Physics. It includes step-by-step procedures, circuit diagrams, observations, graphs, and viva questions for electricity, optics, and semiconductor experiments. Perfect for board exam preparation, this manual helps students perform metre bridge, focal length, refractive index, and PN junction experiments accurately. With error analysis, precautions, and hands-on activities, it ensures a thorough understanding of practical physic
Table Content
Yes, the manual strictly follows the latest CBSE syllabus, covering all mandatory experiments and activities prescribed for the academic year.
Yes, it provides a list of important viva questions at the end of each experiment to help students prepare for their practical examinations.
Absolutely! Each experiment includes clear circuit diagrams, step-by-step procedures, observation tables, and sample calculations for accuracy.
Yes, it includes all experiments and activities from both sections as per the CBSE syllabus.
Yes, Activity 6 explains how to study image nature (real/virtual) using convex lenses/concave mirrors with a candle-screen setup
Absolutely. Each experiment section highlights common errors and precautions, helping students achieve accurate results and develop good laboratory practices.
The comprehensive explanations, detailed procedures, and illustrative diagrams make it an excellent resource for self-study, as well as classroom instruction.
Yes, each experiment begins with a brief theoretical overview, connecting practical work with underlying physics principles for better understanding.
Yes, numerous experiments involve plotting graphs like V vs. I or u vs. v, which are essential skills for understanding relationships and scoring well in exams.
By including graph plotting, error analysis, and calculations, the manual encourages analytical thinking and helps students interpret their experimental data effectively.