Continuity and Differentiation in Mathematics, Assignments of Mathematics

Various topics related to continuity and differentiation in mathematics, including finding points of discontinuity, proving continuity, finding values of constants for continuous functions, and deriving differentiation formulas for different types of functions. A comprehensive set of problems and exercises that cover a wide range of concepts in calculus, such as trigonometric functions, exponential functions, implicit differentiation, and more. By studying this document, students can develop a strong understanding of the fundamental principles of continuity and differentiation, which are essential for success in advanced mathematics courses and real-world applications.

Typology: Assignments

2023/2024

Available from 08/26/2024

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CLASS – XII SUBJECT – MATHEMATICS ASSIGNMENT NO. 3 TOPIC – CONTINUITY &

DIFFERENTIATE

  1. Find the point of discontinuity for the function f(x) = 

 

 2

(^416) x

x (^) x 

  1. Show that f(x) = 5x-4 a < x < 1is continuous at x = 1 4x 3 – 3x 1 < x < 2
  2. For what value of K in the for continuous x = 0, f(x) (^2) 8

1 cos 4 x

x x  0

  1. If fx f(x) = 3ax+b if x > 1 5ax – 2b if x < 1 is continuous at x = 1. find a, b 11 if x = 1
  2. If f(x) is differentiable at x = a find line x  a,

x a

x f a a f x

  1. Find values of 680 that fx given by f(x) 1 : f x < 3 ax+b 3<x< 7 if x < 5
  2. If y = - cot 2 x – x by sin x , prove : dy : cot3 x 2 2 dx 2
  3. If x = Cos + sin , y = sin – cos, prove (^2)

2

dx

d y

sec^2 

  1. If y = 2 – 3 cosx, find dy at x = 6

sin x dx

  1. If y = 10g (1 + cos x), Prove d 3 y + d 2 y. dy = 0 dx^3 x dx
  2. If y = tan - 2 2 2 2

2 2 2 2

a x a x

a x a x   

   show that 4 4

2 3

2 (^21) a x

a x

a dx

dy

  1. If Y = (^) x

x

e

e

1 , then show that

dx

dy

x x

x

e e

e ( 1  ) 1 ^2

13. If y = sin -1^ [ x 1  x - x 1  x^2 find

dx

dy

14 If y = Sin - 

 

 

 2 2

2 2 x y

x y = tan -1^ a, prove :

dx

dy

x

y

  1. If e y^ = yx^ , prove log 1

(log )^2 

y

y dx

dy

16. If x = a (cost + log tan t/2), y = sin t then find at

dx

dy

t =

  1. Differentiate esinx^ + (anx)x^ w.r.t. x.

18. If y = e x^ (Sin + cos x) Prove : 2 0

2

2

  y 

dx

dy

dx

d y

  1. If x = 3 sin t – sin 3t, y = 3 cost - cos 3 t find (^2)

2

dx

d y

at t = 

KSTSP