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Title Name | ignou BMTC 133 solved assignment 2024 |
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Type | Soft Copy (E-Assignment) .pdf |
University | IGNOU |
Degree | BACHELOR DEGREE PROGRAMMES |
Course Code | BAG |
Course Name | BACHELOR OF ARTS |
Subject Code | BMTC 133 |
Subject Name | Real Analysis |
Year | 2024 |
Session | - |
Language | English Medium |
Assignment Code | BMTC-133/Assignmentt-1//2024 |
Product Description | Assignment of BAG (BACHELOR OF ARTS) 2024. Latest BMTC 133 2024 Solved Assignment Solutions |
Last Date of IGNOU Assignment Submission | Last Date of Submission of IGNOU BMTC-133 (BAG) 2024 Assignment is for January 2024 Session: 30th September, 2024 (for December 2024 Term End Exam). Semester Wise January 2024 Session: 30th March, 2024 (for June 2024 Term End Exam). July 2024 Session: 30th September, 2024 (for December 2024 Term End Exam). |
Assignment Code | BMTC 133/2024 |
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Ques 1.
Which of the following statements are true or false? Give reasons for your answers in the form of a short proof or counter-example, whichever is appropriate:
i) Every infinite set is an open set.
ii) The negation of p∧ ~ q is p → q.
iii) −1is a limit point of the interval ]−2 ,1],
iv) The necessary condition for a function to be integrable is that it is continuous.
v) The function defined by is differentiable at
Ques 2.
Give an example for each of the following.
i) A set in with a unique limit point.
ii) A set in whose all points except the one are its limit points.
iii) A set having no limit point.
iv) A set S with
v) A bijection from to
Ques 3.
Give an example of a divergent sequence which has two convergent subsequences. Justify your claim.
Ques 4.
The product of two divergent sequences is divergent. True or false? Justify.
Ques 5.
Let be any sequence. Show that iff for every ε > 0, there exists some such that n ≥ N implies
Ques 6.
d) Show that is a Cauchy sequence.
Ques 7.
Evaluate
Ques 8.
Determine the points of discontinuity of the function f and the nature of discontinuity at each of those points:
Also check whether the function f is derivable at x = .1
Ques 9.
Find the following limit
Ques 10.
Prove that a strictly decreasing function is always one-one
Ques 11.
Determine the local minimum and local maximum values of the function f defined by
Ques 12.
Let be a function defined by where Find the values of m and n such that the Rolle’s Theorem holds for the function
Ques 13.
Let be a differentiable function on and Show that, if and then must have a local maximum at .
Ques 14.
Suppose that is continuous on and differentiable on and that f )0( = ,0 f )1( = ,1 f )2( = .1 (i)
Show that there exists such that
Show that there exists such that
(iii) Show that there exists such that .
Ques 15.
Test the following series for convergence.
(i)
(ii)
Ques 16.
Show that is conditionally convergent.
Ques 17.
Use Cauchy’s Mean Value Theorem to prove that:
Ques 18.
Using Weiestrass M-test, show that the following series converges uniformly.
Ques 19.
Use the Fundamental Theorem of Integral Calculus to evaluate the integral
Ques 20.
Show that the function defined by has an inverse by applying the inverse function theorem. Find its inverse also.
Ques 21.
Check whether the series is uniformly convergent or not, wher
Ques 22.
Show that the series does not converge uniformly on the interval
Ques 23.
If the power series converges uniformly in then so does True or false? Justify.
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