{"ok":true,"q":"Microscopes","n":90,"results":[{"id":"class_09\/science\/chapter_05_the_fundamental_unit_of_life","title":"Chapter 5 — The Fundamental Unit Of Life","class_num":9,"subject":"science","subject_label":"Science","summary":"Introduction: \"The Fundamental Unit of Life\" (NCERT Class 9 Science, Chapter) introduces the cell as the basic structural and functional unit of all living organisms. It traces ear","topic":"Microscopy and Microscopes","anchor":"topic-3"},{"id":"class_12\/physics\/chapter_03_dual_nature_of_radiation_and_matter","title":"Chapter 11 — Dual Nature Of Radiation And Matter","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces the dual nature of radiation and matter — the idea that electromagnetic radiation and particles like electrons show both wave-like and particle-like propert","topic":"Electron microscopes and practical implications","anchor":"topic-12"},{"id":"class_11\/biology\/chapter_19_excretory_products_and_their_elimination","title":"Chapter 19 — Excretory Products And Their Elimination","class_num":11,"subject":"biology","subject_label":"Biology","summary":"This chapter explains how living organisms remove metabolic wastes and maintain internal fluid and electrolyte balance (homeostasis). Starting with the types and origins of excreto","topic":"Microscopic Structure of Kidney — Nephron","anchor":"topic-5"},{"id":"class_12\/physics\/chapter_03_current_electricity","title":"Chapter 3 — Current Electricity","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter introduces Current Electricity — the flow of electric charge in conductors — and develops both the macroscopic circuit view and the microscopic carrier-based view. It ","topic":"Drift and microscopic conduction mechanisms","anchor":"topic-17"},{"id":"class_12\/physics\/chapter_05_magnetism_and_matter","title":"Chapter 5 — Magnetism And Matter","class_num":12,"subject":"physics","subject_label":"Physics","summary":"This chapter (Magnetism and Matter) develops the concepts linking magnetic fields and material response. It begins with magnetic dipoles (current loops and bar magnets), the torque","topic":"Diamagnetism and paramagnetism (microscopic origin)","anchor":"topic-9"},{"id":"class_12\/kaleidoscope\/trees","title":"Trees","class_num":12,"subject":"kaleidoscope","subject_label":"English (Kaleidoscope)","summary":"This chapter explores the significance of trees in our environment and their role in sustaining life. It highlights the beauty and importance of trees through vivid descriptions an","topic":"","anchor":""},{"id":"class_08\/science\/chapter_08_cell_structure_and_functions","title":"Chapter 8 — Cell Structure And Functions","class_num":8,"subject":"science","subject_label":"Science","summary":"Introduction: This chapter introduces the cell — the basic structural and functional unit of all living organisms. You learn how cells were discovered, the formulation of the cell ","topic":"Discovery of Cells and Microscopy","anchor":"topic-2"},{"id":"class_11\/biology\/chapter_08_cell_the_unit_of_life","title":"Chapter 8 — Cell The Unit Of Life","class_num":11,"subject":"biology","subject_label":"Biology","summary":"This chapter introduces the cell as the basic structural and functional unit of all living organisms. Beginning with historical discoveries (Hooke, Leeuwenhoek) and the development","topic":"Microscopy and Techniques","anchor":"topic-4"},{"id":"class_11\/physics\/chapter_05_kinetic_theory","title":"Chapter 5 — Kinetic Theory","class_num":11,"subject":"physics","subject_label":"Physics","summary":"This chapter develops the microscopic (molecular) picture of gases and uses it to explain macroscopic gas behaviour. Starting from clear assumptions (large number of molecules, ran","topic":"","anchor":""},{"id":"class_08\/science\/chapter_02_microorganisms_friend_and_foe","title":"Chapter 2 — Microorganisms Friend And Foe","class_num":8,"subject":"science","subject_label":"Science","summary":"Introduction: Microorganisms (microbes) are tiny living organisms—bacteria, fungi, viruses, protozoa and algae—too small to be seen with the naked eye. They are found everywhere: i","topic":"","anchor":"sec-practice"}]}