Honey Physics Practical Notebook for Class 9 10 by Syed Latif Bukhari

The Honey Physics Practical Notebook by Syed Latif Bukhari is a must-have guide for Class 9 and 10 students, crafted to support practical learning in physics. This notebook provides structured formats and clear instructions to help students record and analyze their experiments. It covers a wide range of topics from basic mechanics to electricity and magnetism, allowing students to build essential skills in observation, measurement, and scientific reporting. Whether for school exams or practical knowledge, this notebook is a valuable resource for young learners. Available now at Multan Kitab Ghar.

Honey Physics Practical Notebook

Why Choose This Book?

• ✔ Curriculum-Aligned: Perfectly matches the Class 9 and 10 physics curriculum.

• ✔ Practical Learning Focus: Helps students develop hands-on skills in physics experiments.

• ✔ Clear Instructions: Step-by-step guidance for recording and analyzing results.

• ✔ Boosts Scientific Skills: Improves observation and reporting in practical science.

Key Features:

• Author: Syed Latif Bukhari

• Language: English

• Binding: Paperback

• Publisher: Honey Books & Publishers

• Edition: Latest

Topics Covered:

• Measurement Techniques: Using instruments like rulers, thermometers, and stopwatches.

• Force and Motion: Investigating Newton's laws and motion through experiments.

• Work and Energy: Exploring the principles of work, energy, and power.

• Heat and Temperature: Experiments related to specific heat capacity and temperature changes.

• Electricity: Studying electric circuits, resistance, and Ohm's law.

• Magnetism: Experiments with magnetic fields and electromagnetism.

• Light: Investigating reflection, refraction, and light dispersion.

• Sound: Studying the properties of sound and its propagation.

Contents:

Measure the area of cross section of a solid cylinder by measuring its diameter with vernier calipers
Find the acceleration of a ball rolling down an inclined angle iron by drawing a graph between 2s and t2.
Investigate the relation between force of limiting friction and normal reaction to find the co-efficient of sliding friction between a wooden block and a horizontal force.
Determine the resultant of two forces graphically by using horizontal force table
Study the effect of length of a simple pendulum on its time period and hence, find the value of g
Study the relationship between load and extension (Helical Spring) by drawing a graph
Find the specific heat of given solid by the method of mixture using polystyrene cup.
To verify the laws of refractions of light using a Glass Slab
Verify Ohm's law by using wire as Conductor
To trace the magnetic field using Bar Magnet
Set up and Study OR, AND, NOT, NOR and NAND gates