Exercise – 7.1 Question 1: By the method of inspection obtain an integral (or anti – derivative) of the sin 3x. Answer: As the derivative is sin 3x and x is the function of the anti – derivative of sin 3x. Question 2: By the method of inspection obtain an integral […]

NCERT Solutions for Class 12 Maths

NCERT Math books provide a solid base in every concept for the exams conducted by CBSE board. It includes all the main topics with specific explanation that helps the students with better understanding. NCERT books also play a vital role in JEE according to the HRD ministry.

BYJU’S brings you NCERT solutions for class 12, designed by some of the best teachers in India. The solutions for class 12 maths has detailed step-by-step explanation for all the questions of NCERT text book. It acts as a vital tool to many students in their exam preparation along with home assignments.

Download Chapter wise Solutions For CBSE Class 12 Maths:

Chapter 1 – Relations and Functions

Chapter 2 – Inverse Trigonometric Functions

Chapter 3 – Matrices

Chapter 4 – Determinants

Chapter 5 – Continuity and Differentiability

Chapter 6 – Applications of Derivatives

Chapter 7 – Integrals

Chapter 8 – Applications of the Integrals

Chapter 9 – Differential Equations

Chapter 10 – Vectors

Chapter 11 – Three – dimensional Geometry

Chapter 12 – Linear Programming

Chapter 13 – Probability

#### Chapter 7: Integrals

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#### Chapter 5: Continuity and Differentiability

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#### Chapter-13: Probability

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#### Chapter 6: Applications of Derivative

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#### Chapter 4: Determinants

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## Posts in category Ncert solution class 12 maths

## Chapter 10: Vector Algebra

Exercise – 10.1 Question 1: Graphically represent a 40 km displacement towards 30 o east of north. Answer 1: Vector represent a 40 km displacement towards 30o east of north. Question 2: Categorize the following measures as vectors and scalars. (a) 20 kg (b) 4 meters north – south (c) 80o (d) 70 watt […]

## Chapter 9: Differential Equations

Exercise : 9.1 Q.1: Find the degree and order of the differential equation +sin (ym) = 0. Solution: + sin (y”’) = 0 y”” + sin (y”’) = 0 y”” is the highest order derivative present in the differential equation. Therefore, the order is four. The given differential equation is not a polynomial equation […]

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