Science Diagram & Visual Practice Studio

Tool #13

Interactive ray tracing, biological organ systems, and chemical bonding practice for CBSE Class 10.

28 Verified Modules•Physics (9), Biology (12), Chemistry (7)

physicsLight — Reflection and Refraction • Spherical Mirrors

Concave Mirror: Ray Formation Across 6 Object Positions

NCERT-Sci10:Ch09:Sec9.2.1:Fig9.7CBSE Board Exam Practice

Concave Mirror: Ray Formation Across 6 Object Positions

NCERT-Sci10:Ch09:Sec9.2.1:Fig9.7

Principal ray intersection, real vs virtual focus, and magnification mechanics

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Pole (P)

Interactive Component

The geometric center of the spherical reflecting surface.

Optical Role: Origin (0,0) for Cartesian sign conventions; object distance (u) and image distance (v) are measured from here.

CBSE Exam Tip: All distances against incident light direction (left) are taken as negative (-u).

Explore Key Diagram Parts (6)

Core NCERT Key Concepts

Ray parallel to principal axis reflects through Focus (F).
Ray passing through Center of Curvature (C) retraces its path back along normal.
Ray passing through Focus (F) reflects parallel to principal axis.
Ray incident obliquely at Pole (P) reflects obliquely obeying i = r.
Real and inverted images form in front of mirror; virtual and erect image forms behind mirror (Object between P and F).

Study this concept in Master10 Learn Hub

Mastering CBSE Class 10 Science Diagrams & Visual Concepts (2026–27)

1. Physics: Ray Tracing & Circuits (9 Modules)

Master optical ray diagrams for Concave Mirrors, Convex Mirrors, Convex Lenses, and Concave Lenses across all 6 object distances. Explore human eye accommodation, vision defect corrections (Myopia & Hypermetropia), glass prism dispersion, resistor circuits, and solenoid electromagnetism.

2. Biology: Anatomy & Histology (12 Modules)

Detailed histological schematics for leaf stomata, human alimentary canal, respiratory alveoli, four-chambered heart double circulation, nephron ultrafiltration, neuron synaptic transmission, spinal reflex arc, brain regions, flower reproduction, and ecological energy pyramids.

3. Chemistry: Bonding & Cells (7 Modules)

Covalent Lewis electron-dot models, ionic electron transfer in NaCl and MgCl2, hydrocarbon chains and structural isomers of Butane, organic functional groups, soap radial micelles, water voltameter electrolysis (2:1 gas ratio), and Chlor-Alkali industrial membrane cell.