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What, Why, Where, When & How of Physics, Chemistry & Mathematics CBSE Class 12 (2008 - 14 Solved Papers + Sample Papers) - set of 4 books

“What, Where, When, Why and How of Class 12” is altogether a new approach for practicing and revising Mathematics for Class 12 CBSE Board exams.

The books cover solutions to the questions that appeared in the 2008 - 2014 solved papers of CBSE Board Delhi, All India and Foreign (including their compartment papers) papers.

The books provide a unique and innovative chapterisation and have been divided on the basis of the types of the questions rather than the typical chapter format.

The names of the books follow from the answers it provides to the following 5 questions:

1. What has been asked in the exam?

2. Why is this question important? Why this question is repeated many-a-times?

3. How do I answer this question in the best way?

4. Where (Delhi/AI/Foreign) did this question appeared?

5. When (year) was this question asked?

The books also provide 3 Sample papers with detailed solutions. The papers have been designed on the latest pattern of the exam as announced by the CBSE.

The book will be an eye-opener for all class 12 students who will appear in the CBSE board examination.

## What, Why, Where, When & How of Mathematics CBSE Board Class 12 (2008 - 15 Solved Papers + Sample Papers) 2nd EditionMRP Rs. 310.00 You Save: 20% Buy @ Rs248 |
## General Knowledge 2016MRP Rs. 50.00 You Save: 2% Buy @ Rs49 |
## NCERT Handbook Term 2 Mathematics Class 9 (OTBA + Value Questions) Sample Papers + Revision MaterialMRP Rs. 220.00 You Save: 20% Buy @ Rs176 |
## Olympiad Champs Mathematics Class 9 with 5 Mock Online Olympiad TestsMRP Rs. 320.00 You Save: 30% Buy @ Rs224 |

Author Name | Dr. O. P. Agarwal, Er. Deepak Agarwal |
---|---|

ISBN | 9789384905057 |

Product Type | set of 4 books |

Pages | 1520 |

Publisher | Disha Publication |

Release Date | No |

Validity | No |

How to access the product? | No |

TABLE OF CONTENTS

Book 1 - Organic

1. What are the IUPAC Names/ Structures of the following compounds?

2. How will you define the given reactions?

3. What happens when?

4. What are the missing compounds/ reagents?

5. How will you carry out given conversions?

6. How will you distinguish the given pair of compounds?

7. What will be the mechanism of the given reactions?

8. Why do the following happen?

9. What is the correct Ascending/Descending order?

10. How to solve the analytical problems?

11. Miscellaneous Questions – Bio molecules, Everyday chemistry and Moral value based questions

Book 2 - Physical & Inorganic

PART A - Physical Chemistry

1. Write the definition/example(s)/type(s) of ...

2. Why does this happen?

3. What is the role/effect of ?

4. How will you differentiate between ?

5. Calculation based on formula

6. Numerical based on laws

7. Numericals based on Application/Skill

8. Miscellaneous

PART B - Inorganic Chemistry

1. What are the structures of the following compounds/ions?

2. What is the role of the following?

3. What or which principle is involved in the following processes?

4. Why do the following happens?

5. How you will prepare the following?

6. What happens when…

7. Complete the following

8. What is the correct Increasing/Decreasing order?

9. Miscellaneous

Sample Paper-1

Sample Paper-2

Sample Paper-3

Solutions to Sample Paper 1 to 3

Book 3 - Physics

1. What is the definition of?

2. How will you identify/ differentiate between?

3. Why does the following phenomenon happen (reason)?

4. How will you draw graph / diagram of?

5. What is the law/rule/principle of?

6. What are the properties/ functions/uses/effects of?

7. How will you establish relation/deduce expression for?

8. How will you get the solution of numerical based on formula?

9. How will you solve numerical based on laws / theorems?

Sample Paper-1

Sample Paper-2

Sample Paper-3

Detailed Solutions to Sample Paper 1 to 3

Book 4 - Maths

1. Check Your Knowledge of Concepts?

2. Formula based questions

3. Check your understanding of concepts

4. Simplifying the problem

5. How to prove the problems mathematically

6. Application Based short-word problems

7. Application based long word problems

8. Application based (value based) problems

Sample Paper-1

Sample Paper-2

Sample Paper-3

Detailed Solutions to Sample Paper 1 to 3