NCERT Class 11 Mathematics Mathematics: Chapter 12 — Limits and Derivatives

NCERT CBSE Class 11 Mathematics Mathematics Chapter 12 English PDF

This chapter introduces Calculus, focusing on the study of how a function's value changes with its domain points. It provides an intuitive understanding of derivatives by examining the velocity of a falling body. Using the formula s = 4.9t², the chapter calculates average velocities over decreasing time intervals approaching a specific point (t=2 seconds). This process illustrates the concept of a limit, showing how the average velocity approaches a specific value as the time interval shrinks. The chapter aims to build a foundational understanding of derivatives and limits, crucial for further mathematical studies in Calculus and its applications in science and engineering, preparing students for advanced topics and problem-solving within the CBSE curriculum.

Quick info

BoardCBSE / NCERT
ClassClass 11
SubjectMathematics
BookMathematics
ChapterChapter 12 — Limits and Derivatives
LanguageEnglish
PDF typeNCERT Textbook
SessionCBSE 2026
Reading time3 minutes
Word count574

Learning outcomes

Vocabulary

WordMeaning
CalculusA branch of mathematics dealing with rates of change and accumulation.
FunctionA relation between a set of inputs and a set of permissible outputs with the property that each input is related to exactly one output.
DerivativeThe instantaneous rate of change of a function with respect to one of its variables.
LimitThe value that a function or sequence 'approaches' as the input or index approaches some value.
Average VelocityThe change in position divided by the change in time.

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Practice questions

  1. What is the primary focus of Calculus as described in the chapter? Answer: Calculus mainly deals with the study of change in the value of a function as the points in the domain change.
  2. How is the distance traveled by a body dropped from a cliff modeled in the chapter? Answer: The distance s in metres is modeled as a function of time t in seconds by s = 4.9t².
  3. What is the formula for average velocity between time t1 and t2? Answer: Average velocity = (Distance traveled between t1 and t2) / (t2 – t1).

Practice MCQs

Q1. Calculus is the branch of mathematics that studies:

Q2. The formula for the distance traveled by a dropped body is given as:

Q3. Average velocity is calculated as:

Q4. What does the chapter aim to provide an intuitive idea of, without a formal definition initially?

Q5. As the time interval ending at t=2 seconds gets smaller, the average velocity:

Frequently asked questions

What is Calculus?

Calculus is a branch of mathematics that deals with the study of change in the value of a function as the points in the domain change.

What is the formula for the distance traveled by a body dropped from a cliff?

The distance 's' in meters traveled by a body dropped from a cliff in 't' seconds is given by the formula s = 4.9t².

How is average velocity calculated?

Average velocity is calculated by dividing the distance traveled between two points in time by the difference between those two times (t2 - t1).

What is the main goal of introducing the falling body example?

The example is used to develop an intuitive understanding of how to find the velocity of an object at a specific moment in time, leading to the concept of a derivative.

What does the chapter aim to introduce?

The chapter introduces Calculus, focusing on the concepts of limits and derivatives.

Related resources

Important topics

Introduction to Calculus Intuitive Idea of Derivatives Average Velocity Calculation Concept of Limits Relationship between Average Velocity and Instantaneous Velocity

Topics covered

Introduction to Calculus Study of Change Intuitive Idea of Derivatives Physical Experiments (Falling Body) Distance-Time Relationship (s = 4.9t²) Average Velocity Calculation Concept of Limits Approaching a Value Algebra of Limits (mentioned) Algebra of Derivatives (mentioned) Derivatives of Standard Functions (mentioned)

NCERT Class 11 Mathematics — Mathematics — Chapter 12 — Limits and Derivatives. Verified by NCERT Help Editorial Team. Reviewed on 29 Jul 2026. Last updated 10 Aug 2026.