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Dual Nature of Radiation and matter

Level STD 12 CBSE

  1. Topic tree
  2. Concept maps and flashcards
  3. Sketch note summary and Mnemonics
  4. Question bank
  5. Video
  6. PPT Notes
  7. Additional Notes

Topic tree

  1. Electron emission
  2. Photoelectric effect
  3. Experimental study of photo electric effect
  4. Photo electric effect and wave theory of light
  5. Einstein’s Photoelectric equation: energy quantum of radiation
  6. Particle nature of light : The photon
  7. Wave nature of matter
  8. Davisson and Germer experiment

Concept maps and flashcards

Sketch note summary and Mnemonics

Question bank

  1. Dual nature one mark question | Key
  2. Dual nature three marks question | Key
  3. unit test | Set-1 | Key-1 | Set-2 | Key-2 | Set-3 | Key-3

Video

  1. Dual nature of electron part 2
  2. Davisson Germer electron diffraction set up

PPT Notes

  1. Dual nature ppt notes

Additional Notes

  1. Formula
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Mensuration and Measurements

Plane Figures | Solid Figures | Measurements

Each concept is explained with an introduction, important formulae, model problem mapping, different example problems, Frequently Asked Quesions (FAQ) from Class10 CBSE, Class 10 TN State, UPSC and TNPSC Examinations.

Beneficiaries: School students, IAS, IPS, SSC, TNPSC candidates.

NOTE: These concepts are prepared and dedicated to all students and aspirants of IAS, IPS and other civil service examinations on the Republic Day of India on 26th January 2022.

Plane Figures

  1. Triangles – By Ashitha
  2. Quadrilaterals – By Srinithi
  3. Circle – By Sudiksha
  4. Areas of combinations of plane figures – By Arunaa

Solid Figures

  1. Cube and cuboid – Dharshan
  2. Cylinder – Rasiga
  3. Cone and frustum – Thoufeeq
  4. Sphere and hemisphere – Rasiga
  5. Converting shapes – Thoufeeq
  6. Combination of shapes – Dharshan
  7. Volume of shapes based on calculus – Dhanushree and Nadhiya

Measurements

  1. Length – Vaidheeswar
  2. Mass – Ridha
  3. Area – yogesh
  4. Volume – lingesh
  5. Pressure – krithiga
  6. Density – aakash
  7. Concentration – sai
  8. Speed – shravanth

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ChemPongal Competitions 2022

Chem Pongal Tasks

10 points per sheet

STD 9 and STD 10 Tasks

  1. Elements, cations, anions and Symbols – 2 sheets = 20points
  2. Chemical name and molecular formula – 2 sheets = 20points
  3. Determination of oxidation number of elements in a molecule -2 sheets = 20points
  4. Balancing of Chemical Reactions by the following methods
    a) ERP – 2 reactions in 2 sheets = 20points
    b) Oxidation number – 2 reactions in 2 sheets = 20points

STD 12 Tasks

Balancing of Chemical Reactions by the following methods
1. Oxidation number – 2 reactions in 2 sheets = 20points
2. Ion electron method in acid and base – 4 reactions in 4 sheets( 2 – acidic medium , 2 – basic medium) = 40points
3. Algebraic method – 2 reactions in 2 sheets = 20points
4. Matrix method – 2 reactions in 2 sheets = 20points

Rules for flashcards

  1. Write in black ink .
  2. Use A4 sheets.
  3. Write in landscape format .
  4. Do not write in the backside of A4 sheets..

Project Report
1. Cover page – each members in the team should attach cover page
2. Contents
3. List of cations and anions
4. Chemical name and molecular formula
5. Determination of oxidation number
6. Balancing of chemical reactions
7. Reference
8. Thank you with acknowledgment

Date and time:

12.1.2022 – Preparation

13.1.2022 – 9-1pm – discussion
3-4pm – review
5-8pm – presentation

Team Members

Team -1 – Carbon team

  1. Shravanth – team leader
  2. Sudiksha
  3. Vaideeshwar
  4. Rasiga
  5. Ashitha

Team – 2 – Oxygen team

  1. Nadhiya – team leader
  2. Kiruthiga
  3. Thoufeeq
  4. Arunaa
  5. Ridha

Team – 3 – Fluorine team

  1. Hari – team leader
  2. Akash
  3. Dharshan
  4. Srinidi
  5. Yogesh

Contents

oxidation number method

oxidation number method

List of cations and anions

Chemical name and molecular formula

Oxidation number worksheet

Balancing using oxidation number

Ion electron method

Balancing simple reactions

Balancing using algebraic

Balancing using matrices method