Test: Limits And Continuity : Intuitive Approach - 3 - CA Foundation MCQ

# Test: Limits And Continuity : Intuitive Approach - 3 - CA Foundation MCQ

Test Description

## 40 Questions MCQ Test Quantitative Aptitude for CA Foundation - Test: Limits And Continuity : Intuitive Approach - 3

Test: Limits And Continuity : Intuitive Approach - 3 for CA Foundation 2024 is part of Quantitative Aptitude for CA Foundation preparation. The Test: Limits And Continuity : Intuitive Approach - 3 questions and answers have been prepared according to the CA Foundation exam syllabus.The Test: Limits And Continuity : Intuitive Approach - 3 MCQs are made for CA Foundation 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests for Test: Limits And Continuity : Intuitive Approach - 3 below.
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Test: Limits And Continuity : Intuitive Approach - 3 - Question 1

### If f(x) = (x2 -4)÷(x-2) for x<2, f(x)=4 for x=2 and f(x)=2 for x>2, then f(x) at x = 2 is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 2

### f(x) =   when x o    0, then f(x) is

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Test: Limits And Continuity : Intuitive Approach - 3 - Question 3

### If  = i, then which of the following is correct?

Test: Limits And Continuity : Intuitive Approach - 3 - Question 4

is equal to

Test: Limits And Continuity : Intuitive Approach - 3 - Question 5

If f(x) = x for  0 ≤ x 1/2, f(x) = 1 for x = 1-x for 1/2<x<1 then at x =1/2 the function is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 6

e-1/x[1+e1/x]-1 is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 7

If f(x)=9x÷(x+2) for x<1, f(1)=3, f(x)=(x+3)x-1 for x>1, then in the interval (-3,3) the function is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 8

Test: Limits And Continuity : Intuitive Approach - 3 - Question 9

Function f(x) = K.x-1  for x < 2
= x-k     for x ≥ 2
is continuous at x = 2
The value of 'k' is __________.

Test: Limits And Continuity : Intuitive Approach - 3 - Question 10

Test: Limits And Continuity : Intuitive Approach - 3 - Question 11

Evaluate

Test: Limits And Continuity : Intuitive Approach - 3 - Question 12

Evaluate

Test: Limits And Continuity : Intuitive Approach - 3 - Question 13

The points of discontinuity of the function, F(x) =  are

Test: Limits And Continuity : Intuitive Approach - 3 - Question 14

Test: Limits And Continuity : Intuitive Approach - 3 - Question 15

Test: Limits And Continuity : Intuitive Approach - 3 - Question 16

Find limn→∞(2n-1)2(2n+1)-1 21-n

Test: Limits And Continuity : Intuitive Approach - 3 - Question 17

Find limn→∞[4n2 + 6n +2] ÷ 4n2

Test: Limits And Continuity : Intuitive Approach - 3 - Question 18

Find limn→∞[xn.(n+1)] ÷ [nx n+1 ]

Test: Limits And Continuity : Intuitive Approach - 3 - Question 19

Find limn→∞[n(n+2)] ÷ (n+1)2

Test: Limits And Continuity : Intuitive Approach - 3 - Question 20

Find limn→∞(n3 +a )[(n+1)3a]-1 (2n+1 +a ) (2n +a)-1

Test: Limits And Continuity : Intuitive Approach - 3 - Question 21

Find limn→∞(n2 +1)[(n+1)2 +1]-1 5n+1 5-n

Test: Limits And Continuity : Intuitive Approach - 3 - Question 22

Find limn→∞nn(n+1)-n-1 ÷ n-1

Test: Limits And Continuity : Intuitive Approach - 3 - Question 23

Find limn→∞2n-1 (10 +n) (9+n)-1 2-n

Test: Limits And Continuity : Intuitive Approach - 3 - Question 24

Find limn→∞(1+n-1)[1+2n)-1]-1

Test: Limits And Continuity : Intuitive Approach - 3 - Question 25

Find limn→∞[nn. (n+1)!] ÷ [n! (n+1)n+1]

Test: Limits And Continuity : Intuitive Approach - 3 - Question 26

Find limn→∞[(n+1)n+1. n-n-1 -(n+1).n-1]-n

Test: Limits And Continuity : Intuitive Approach - 3 - Question 27

3x2+2x-1 is continuous

Test: Limits And Continuity : Intuitive Approach - 3 - Question 28

Find limn→∞nn (1+n)-n

Test: Limits And Continuity : Intuitive Approach - 3 - Question 29

Find limn→∞[n!3n+1] ÷[3n(n+1)!]

Test: Limits And Continuity : Intuitive Approach - 3 - Question 30

The value of the limit when x tends to zero of the expression (1+n)1/n is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 31

The value of the limit when x tends to zero of the expression (1+n)1/n is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 32

The value of the limit when x tends to zero of the expression [(1+x)n-1] ]

Test: Limits And Continuity : Intuitive Approach - 3 - Question 33

The value of the limit when x tends to 2 of the expression (x-2)-1-(x2-3x+2)-1 is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 34

The value of the limit when x tends to zero of the expression (ex-1)/x is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 35

The value of the limit when n tends to infinity of the expression 2-n(n2+5n+6)[(n+4)(n+5)]-1 is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 36

The value of the limit when x tends to zero of the expression (1+n)1/n is

Test: Limits And Continuity : Intuitive Approach - 3 - Question 37

Find  limn→∞[n1/2 + (n+1)1/2]-1 ÷ n-1/2

Test: Limits And Continuity : Intuitive Approach - 3 - Question 38

The value of the limit when x tends to zero of the expression [(a+x2)1/2

Test: Limits And Continuity : Intuitive Approach - 3 - Question 39

Find limn→∞ (2n-2)(2n+1)-1

Test: Limits And Continuity : Intuitive Approach - 3 - Question 40

Find limn→∞ [(n3 +1)1/2 - n 3/2] ÷ n3/2

## Quantitative Aptitude for CA Foundation

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## Quantitative Aptitude for CA Foundation

148 videos|174 docs|99 tests