Trending ▼   ResFinder  

GATE 2014 : Mathematics

15 pages, 65 questions, 3 questions with responses, 3 total responses,    0    0
gate
   		+Fave Message
ProfileTimelineUploadsQ & A
 Home > gate >

Formatting page ...

GATE 2014 Examination MA: Mathematics Duration: 180 minutes Maximum Marks: 100 Read the following instructions carefully. 1. To login, enter your Registration Number and password provided to you. Kindly go through the various symbols used in the test and understand their meaning before you start the examination. 2. Once you login and after the start of the examination, you can view all the questions in the question paper, by clicking on the View All Questions button in the screen. 3. This question paper consists of 2 sections, General Aptitude (GA) for 15 marks and the subject specific GATE paper for 85 marks. Both these sections are compulsory. The GA section consists of 10 questions. Question numbers 1 to 5 are of 1-mark each, while question numbers 6 to 10 are of 2-mark each. The subject specific GATE paper section consists of 55 questions, out of which question numbers 1 to 25 are of 1-mark each, while question numbers 26 to 55 are of 2-mark each. 4. Depending upon the GATE paper, there may be useful common data that may be required for answering the questions. If the paper has such useful data, the same can be viewed by clicking on the Useful Common Data button that appears at the top, right hand side of the screen. 5. The computer allotted to you at the examination center runs specialized software that permits only one answer to be selected for multiple-choice questions using a mouse and to enter a suitable number for the numerical answer type questions using the virtual keyboard and mouse. 6. Your answers shall be updated and saved on a server periodically and also at the end of the examination. The examination will stop automatically at the end of 180 minutes. 7. In each paper a candidate can answer a total of 65 questions carrying 100 marks. 8. The question paper may consist of questions of multiple choice type (MCQ) and numerical answer type. 9. Multiple choice type questions will have four choices against A, B, C, D, out of which only ONE is the correct answer. The candidate has to choose the correct answer by clicking on the bubble ( ) placed before the choice. 10. For numerical answer type questions, each question will have a numerical answer and there will not be any choices. For these questions, the answer should be enteredby using the virtual keyboard that appears on the monitor and the mouse. 11. All questions that are not attempted will result in zero marks. However, wrong answers for multiple choice type questions (MCQ) will result in NEGATIVE marks. For all MCQ questions a wrong answer will result in deduction of marks for a 1-mark question and marks for a 2-mark question. 12. There is NO NEGATIVE MARKING for questions of NUMERICAL ANSWER TYPE. 13. Non-programmable type Calculator is allowed. Charts, graph sheets, and mathematical tables are NOT allowed in the Examination Hall. You must use the Scribble pad provided to you at the examination centre for all your rough work. The Scribble Pad has to be returned at the end of the examination. Declaration by the candidate: I have read and understood all the above instructions. I have also read and understood clearly the instructions given on the admit card and shall follow the same. I also understand that in case I am found to violate any of these instructions, my candidature is liable to be cancelled. I also confirm that at the start of the examination all the computer hardware allotted to me are in proper working condition . GATE 2014 SET- 1 General Aptitude -GA Q. 1 Q. 5 carry one mark each. Q.1 A student is required to demonstrate a high level of comprehension of the subject, especially in the social sciences. The word closest in meaning to comprehension is (A) understanding Q.2 (B) meaning (C) concentration (D) stability Choose the most appropriate word from the options given below to complete the following sentence. One of his biggest ______ was his ability to forgive. Q.3 (B) virtues (C) choices (D) strength 20 14 (A) vice Rajan was not happy that Sajan decided to do the project on his own. On observing his unhappiness, Sajan explained to Rajan that he preferred to work independently. Which one of the statements below is logically valid and can be inferred from the above sentences? (A) Rajan has decided to work only in a group. (B) Rajan and Sajan were formed into a group against their wishes. (C) Sajan had decided to give in to Rajan s request to work with him. (D) Rajan had believed that Sajan and he would be working together. Q.4 If y = 5x2 + 3, then the tangent at x = 0, y = 3 (A) passes through x = 0, y = 0 (C) is parallel to the x-axis E A foundry has a fixed daily cost of Rs 50,000 whenever it operates and a variable cost of Rs 800Q, where Q is the daily production in tonnes. What is the cost of production in Rs per tonne for a daily production of 100 tonnes? G AT Q.5 (B) has a slope of +1 (D) has a slope of 1 Q. 6 Q. 10 carry two marks each. Q.6 Find the odd one in the following group: ALRVX, EPVZB, ITZDF, OYEIK (A) ALRVX Q.7 (C) ITZDF (D) OYEIK Anuj, Bhola, Chandan, Dilip, Eswar and Faisal live on different floors in a six-storeyed building (the ground floor is numbered 1, the floor above it 2, and so on). Anuj lives on an even-numbered floor. Bhola does not live on an odd numbered floor. Chandan does not live on any of the floors below Faisal s floor. Dilip does not live on floor number 2. Eswar does not live on a floor immediately above or immediately below Bhola. Faisal lives three floors above Dilip. Which of the following floor-person combinations is correct? (A) (B) (C) (D) GA (B) EPVZB Anuj 6 2 4 2 Bhola 2 6 2 4 Chandan 5 5 6 6 Dilip 1 1 3 1 Eswar 3 3 1 3 Faisal 4 4 5 5 1/2 GATE 2014 SET- 1 General Aptitude -GA Q.8 The smallest angle of a triangle is equal to two thirds of the smallest angle of a quadrilateral. The ratio between the angles of the quadrilateral is 3:4:5:6. The largest angle of the triangle is twice its smallest angle. What is the sum, in degrees, of the second largest angle of the triangle and the largest angle of the quadrilateral? Q.9 One percent of the people of country X are taller than 6 ft. Two percent of the people of country Y are taller than 6 ft. There are thrice as many people in country X as in country Y. Taking both countries together, what is the percentage of people taller than 6 ft? (A) 3.0 (C) 1.5 (D) 1.25 The monthly rainfall chart based on 50 years of rainfall in Agra is shown in the following figure. Which of the following are true? (k percentile is the value such that k percent of the data fall below that value) E 20 14 Q.10 (B) 2.5 G AT (i) On average, it rains more in July than in December (ii) Every year, the amount of rainfall in August is more than that in January (iii) July rainfall can be estimated with better confidence than February rainfall (iv) In August, there is at least 500 mm of rainfall (A) (i) and (ii) (C) (ii) and (iii) (B) (i) and (iii) (D) (iii) and (iv) END OF THE QUESTION PAPER GA 2/2 GATE 2014 MATHEMATICS MA Symbols and Notation Used The set of all real numbers The set of all rational numbers The set of all integers The set of all complex numbers The set of all positive integers The cyclic group of order Real part of a complex number 20 Re( ) 14 ) P(E) Imaginary part of a complex number [ ] Expectation of a random variable Im( ) Variance of a random variable AT Var( ) E Probability of an event E ( ) The set of all 2 2 matrices with determinant 1 (G 2 ( ) The set of all matrices with real entries [ , ] A [ , ] M p [ , ] , MA The set of all real valued continuous functions on the real interval [ , ] The set of all real valued -times continuously differentiable functions on the real interval [ , ] The space of all -summable sequences The space of all -integrable functions on the interval [ , ] An inner product Derivative of with respect to 1/12 GATE 2014 MATHEMATICS MA Q. 1 Q. 25 carry one mark each. The function f ( z ) = z + i z + 1 is differentiable at 2 (B) (A) i (C) i 1 Q.2 The radius of convergence of the power series Q.3 4( 1) n z 2n (D) no point in n n =0 is _____________ Let E1 and E2 be two non empty subsets of a normed linear space X and let E1 + E2 := 14 ) Q.1 { x + y X : x E1 and y E2 } . Then which of the following statements is FALSE: (A) If E1 and E2 are convex, then E1 + E2 is convex 20 (B) If E1 or E2 is open, then E1 + E2 is open (C) E1 + E2 must be closed if E1 and E2 are closed Let y ( x) be the solution to the initial value problem AT Q.4 E (D) If E1 is closed and E2 is compact, then E1 + E2 is closed dy = y + 2 x subject to y (1.2) = 2. Using dx the Euler method with the step size = 0.05, the approximate value of (1.3), correct to two decimal places, is _____________________ Let . If is the polynomial which interpolates the function = f ( x) sin x on [ 1,1] at all (G Q.5 the zeroes of the polynomial 4 x 3 3 x , then Q.6 If u ( x, t ) is the D Alembert s solution to the wave equation u ( x, 0) = cos x , then t M A the condition u ( x, 0) = 0 and Q.7 2 2 = 2 2 , , > 0, with u 0, is _______________________ 4 x The solution to the integral equation ( x) = x + sin( x ) ( )d is x3 (A) x + 3 2 MA is ___________ 0 x3 (B) x 3! x3 (C) x + 3! x3 (D) x 3! 2 2/12 GATE 2014 Q.8 MATHEMATICS MA The general solution to the ordinary differential equation x 2 d2y dy 9 +x + 4 x 2 y = 0 in 2 dx dx 25 terms of Bessel s functions, ( ), is (A) = y ( x) c1 J 3/5 (2 x) + c2 J 3/5 (2 x) (B) y ( x) c1 J 3/10 ( x) + c2 J 3/10 ( x) = (C) = y ( x) c1 J 3/5 ( x) + c2 J 3/5 ( x) Q.9 The inverse Laplace transform of 7 3t e 2 20 (A) (1 + t )e t + (C) 7 3t e t 4 e e 2t 2 6 3 (D) 7 3t et 4 2t e e 2 6 3 (G If X 1 , X 2 is a random sample of size 2 from an (0,1) population, then 2 (A) (2) 1 M (A) Q.12 MA (B) F2,2 (C) F2,1 ( X 1 + X 2 )2 follows ( X1 X 2 )2 (D) F1,1 Let Z ~ (0,1) be a random variable. Then the value of E [ max{Z , 0}] is A Q.11 E et + te t + 2t 3 AT (B) Q.10 2s 2 4 is ( s 3)( s 2 s 2) 14 ) (D) y ( x) c1 J 3/10 (2 x) + c2 J 3/10 (2 x) = (B) 2 (C) 1 2 (D) 1 The number of non-isomorphic groups of order 10 is ___________ 3/12 GATE 2014 Q.13 MATHEMATICS MA Let a, b, c, d be real numbers with a < c < d < b. Consider the ring C [ a, b ] with pointwise { } addition and multiplication. If S = f C [ a, b ] : f ( x) = 0 for all x [ c, d ] , then (A) S is NOT an ideal of C [ a, b ] (B) S is an ideal of C [ a, b ] but NOT a prime ideal of C [ a, b ] (C) S is a prime ideal of C [ a, b ] but NOT a maximal ideal of C [ a, b ] Q.14 14 ) (D) S is a maximal ideal of C [ a, b ] Let be a ring. If R [ x ] is a principal ideal domain, then R is necessarily a (A) Unique Factorization Domain 20 (B) Principal Ideal Domain (C) Euclidean Domain Q.15 E (D) Field Consider the group homomorphism : M2( ) given by ( A ) = trace( A) . The kernel of 2 ( ) (C) 3 Q.16 { 2 ( ): ( ) = 0} (B) 2 (D) GL2( ) (G (A) AT is isomorphic to which of the following groups? Let X be a set with at least two elements. Let and be two topologies on X such that { , X}. Which of the following conditions is necessary for the identity function id : ( X, ) ( X, ) to be continuous? (B) A (A) (D) = { , X } M (C) no conditions on and Q.17 Let A M3( ) be such that det( A I ) = 0 , where I denotes the 3 3 identity matrix. If the trace( A) = 13 and det( A) = 32, then the sum of squares of the eigenvalues of A is ______ Q.18 d4 f d2 f Let V denote the vector space C [a,b] over and W = f V : 4 + 2 2 f = 0 . Then dt dt 5 (A) dim(V ) = (B) dim(V ) = and dim(W ) = and dim(W ) = 4 (C) dim(V ) 6= = and dim(W ) 5 MA (D) dim(V ) 5= = and dim(W ) 4 4/12 GATE 2014 Q.19 MATHEMATICS MA Let V be a real inner product space of dimension 10 . Let x, y V be non-zero vectors such that x, y =0 . Then the dimension of Q.20 {x} { y} is ___________________________ Consider the following linear programming problem: Minimize x1 + x2 Subject to: 2x1 + x2 8 2x1 + 5x2 10 x1, x2 0 Q.22 Let 3 if - < x 0 f ( x) := 3 if 0 < x < 20 Q.21 14 ) The optimal value to this problem is _________________________ be a periodic function of period 2 . The coefficient of sin 3 in the Fourier series expansion of ( ) on the interval [ , ] is ________________________ For the sequence of functions 1 1 sin , [1, ), 2 consider the following quantities expressed in terms of Lebesgue integrals I: lim n f AT E ( ) = n ( x)dx 1 II: lim f 1 n n ( x)dx . Which of the following is TRUE? (G (A) The limit in I does not exist (B) The integrand in II is not integrable on [1, ) (C) Quantities I and II are well-defined, but I II A (D) Quantities I and II are well-defined and I = II Which of the following statements about the spaces p and [0, 1] is TRUE? M Q.23 (A) 3 7 and 6 [0, 1] 9 [0, 1] (B) 3 7 and 9 [0, 1] 6 [0, 1] (C) 7 3 and 6 [0, 1] 9 [0, 1] Q.24 (D) 7 3 and 9 [0, 1] 6 [0, 1] 2 The maximum modulus of on the set = { 0 ( ) 1, 0 ( ) 1} is (A) 2 / e MA (B) e (C) + 1 (D) 2 5/12 GATE 2014 Q.25 MATHEMATICS MA Let 1 , 2 and 3 be metrics on a set with at least two elements. Which of the following is NOT a metric on ? (A) min{ 1 , 2} (B) max{ 2 , 2} (C) (D) d3 1 + d3 d1 + d 2 + d3 3 Q. 26 Q. 55 carry two marks each. Let = { ( ) > 0} and let be a smooth curve lying in with initial point 1 + 2 and final point 1 + 2 . The value of 1+ 2 z 1+ z dz is C 1 ln 2 + i 2 4 (B) 4 + (C) 4 + 1 ln 2 i 2 4 (D) 4 1 ln 2 + i 2 4 20 (A) 4 If with a < 1 , then the value of 1 ln 2 + i 2 2 E Q.27 14 ) Q.26 (1 a ) 2 Q.28 dz z+a AT 2 , . where is the simple closed curve | | = 1 taken with the positive orientation, is _________ Consider C [ 1,1] equipped with the supremum norm given by (G = f sup {| f (t ) | : t [ 1, 1]} for f C[ 1, 1]. Define a linear functional T on C [ 1,1] by 0 1 0 f (t )dt f (t )dt A T= (f) 1 Q.29 for all f C [ 1,1] . Then the value of T is _______ Consider the vector space C[0,1] over . Consider the following statements: If the set M P: {t f , t 1 2 f 2 , t 3 f3 } is linearly independent, then the set { f1 , f 2 , f3} is linearly independent, where f1 , f 2 , f 3 C [ 0,1] and t n represents the polynomial function t tn, n 1 Q: If F: C[0,1] is given by F ( x) = x(t 2 ) dt for each x C [ 0,1] , then F is a linear map. 0 Which of the above statements hold TRUE? (A) Only P MA (B) Only Q (C) Both P and Q (D) Neither P nor Q 6/12 GATE 2014 MATHEMATICS MA Q.30 Using the Newton-Raphson method with the initial guess (0) = 6, the approximate value of the real root of x log10 x = 4.77 , after the second iteration, is ____________________ Q.31 Let the following discrete data be obtained from a curve = ( ): x : 0 0.25 0.5 0.75 1.0 y : 1 0.9896 0.9589 0.9089 0.8415 Let be the solid of revolution obtained by rotating the above curve about the -axis between x = 0 and = 1 and let denote its volume. The approximate value of , obtained using Q.32 1 rule, is ______________ 3 14 ) Simpson s The integral surface of the first order partial differential equation z z + (2 x z ) = y (2 x 3) x y 2 2 passing through the curve x + y = 2x, z = 0 is 2 y ( z 3) 20 (A) x 2 + y 2 z 2 2 x + 4 z = 0 (B) x 2 + y 2 z 2 2 x + 8 z = 0 E (C) x 2 + y 2 + z 2 2 x + 16 z = 0 AT (D) x 2 + y 2 + z 2 2 x + 8 z = 0 Q.33 The boundary value problem, d 2 d + = x; (0) = 0 and = (1) 0, is converted into the 2 dx dx 1 (G integral equation = ( x) g ( x) + k ( x, ) ( )d , where the kernel ( , ) = 0 2 3 Then g is ___________________ A Q.34 If 1 ( ) = is a solution to the differential equation (1 x 2 ) , 0 < < , < < 1 d2y dy 2 x +2 y = 0 , then its 2 dx dx M general solution is ( ) (A) y ( x) = c1 x + c2 x ln 1 + x 2 1 c1 x + c2 ln (B) y ( x) = 1 x + 1 1+ x x ln 1 x 2 + 1 2 (C) y ( x) = c1 x + c2 x 2 c1 x + c2 ln (D) y ( x) = MA 1+ x 1 1 x 7/12 GATE 2014 MATHEMATICS MA Q.35 The solution to the initial value problem d2y dy dy t + 2 + 5y = 3e = sin t , y (0) 0= and (0) 3, 2 dt dt dt is (A) = y (t ) et (sin t + sin 2t ) (B) = y (t ) e t (sin t + sin 2t ) (C) y (t ) = 3et sin t 14 ) (D) y (t ) = 3e t sin t The time to failure, in months, of light bulbs manufactured at two plants A and B obey the exponential distribution with means 6 and 2 months respectively. Plant B produces four times as many bulbs as plant A does. Bulbs from these plants are indistinguishable. They are mixed and sold together. Given that a bulb purchased at random is working after 12 months, the probability that it was manufactured at plant A is _____ Q.37 Let X , Y be continuous random variables with joint density function 20 Q.36 e y (1 e x ) if 0 < x < y < f X ,Y ( x, y ) = x y e (1 e ) if 0 < y x < Q.38 AT E The value of E [ X + Y ] is ____________________ Let X = [0,1) (1, 2) be the subspace of , where is equipped with the usual topology. Which of the following is FALSE? (A) There exists a non-constant continuous function f: X (G (B) X is homeomorphic to ( , 3) [0, ) (C) There exists an onto continuous function f : [ 0,1] X , where X is the closure of X in A (D) There exists an onto continuous function f : [ 0,1] X 2 0 3 Let X = 3 1 3 . A matrix P such that P 1 XP is a diagonal matrix, is 0 0 1 M Q.39 1 1 1 (A) 0 1 1 1 1 0 1 1 1 (C) 0 1 1 1 1 0 MA 1 1 1 (B) 0 1 1 1 1 0 1 1 1 (D) 0 1 1 1 1 0 8/12 GATE 2014 Q.40 MATHEMATICS MA Using the Gauss-Seidel iteration method with the initial guess (2) (2) (0) (0) , x3 = = x2 2.25, = x3 1.625} , the second approximation { x1(2) , x2 { x1(0) 3.5, } for the solution to the system of equations 2 x1 x2 = 7 x1 + 2 x2 x3 = 1 x2 + 2 x3 = 1, is (2) (2) (A) x1(2) 5.3125, = = x2 4.4491, = x3 2.1563 14 ) (2) (2) (B) x1(2) 5.3125, = = x2 4.3125, = x3 2.6563 (2) (2) (C) x1(2) 5.3125, = = x2 4.4491, = x3 2.6563 Q.41 The fourth order Runge-Kutta method given by 20 (2) (2) (D) x1(2) 5.4991, = = x2 4.4491, = x3 2.1563 h 0,1, 2,..., [ K1 + 2 K 2 + 2 K3 + K 4 ] , j = 6 du is used to solve the initial value problem = u , u (0) = . dt If u (1) = 1 is obtained by taking the step size h = 1, then the value of K 4 is ______________ A particle P of mass m moves along the cycloid = ( sin ) and = (1 + cos ), 0 2 . Let denote the acceleration due to gravity. Neglecting the frictional force, the Lagrangian associated with the motion of the particle P is: AT Q.42 E u j +1 = uj + (A) (1 cos ) 2 (1 + cos ) (G (B) (1 + cos ) 2 + (1 + cos ) (C) (1 + cos ) 2 + (1 cos ) A (D) ( sin ) 2 (1 + cos ) Suppose that is a population random variable with probability density function M Q.43 x 1 if 0 < x < 1 f (x ; ) = otherwise, 0 where is a parameter. In order to test the null hypothesis 0 : = 2, against the alternative 1 hypothesis 1 : = 3, the following test is used: Reject the null hypothesis if 1 and accept 2 otherwise, where X 1 is a random sample of size 1 drawn from the above population. Then the power of the test is _____ MA 9/12 GATE 2014 Q.44 MATHEMATICS MA Suppose that 1 , 2 , , is a random sample of size drawn from a population with probability density function x x if x > 0 2e f ( x ; ) = 0 otherwise, where is a parameter such that > 0. The maximum likelihood estimator of is n n X Xi i =1 (B) n n 1 n n 2 X i Xi (C) i =1 i =1 (D) 2n n Let F be a vector field defined on 2 {(0,0)} by = F ( x, y ) , : [0, 1] 2 be defined by ( ) = (8 cos 2 , 17 sin 2 ) and y x i 2 j . Let 2 x +y x + y2 20 Q.45 i 14 ) (A) i =1 2 ( ) = (26 cos 2 , 10 sin 2 ). Q.46 AT E If 3 F d r 4 F d r = 2 , then is _______________________ Let : 3 3 be defined by ( , , ) = (3 + 4 , 2 3 , + 3 ) and let = {( , , ) 3 0 1, 0 1, 0 1 }. If z dx dy dz , ( 2 x + y 2 z ) dx dy dz = g (S ) (G then is _____________________ Let 1 , 2 5 3 be linear transformations such that ( 1 ) = 3 and ( 2 ) = 3. Let 3 3 3 be a linear transformation such that 3 1 = 2 . Then ( 3 ) is __________ A Q.47 S Let 3 be the field of 3 elements and let 3 3 be the vector space over 3 . The number of distinct linearly dependent sets of the form {u, v}, where , 3 3 {(0,0)} and is _____________ M Q.48 Q.49 Q.50 Let 125 be the field of 125 elements. The number of non-zero elements 125 such that 5 = is _______________________ The value of = 2, MA xy dx dy, where R is the region in the first quadrant bounded by the curves + = 2 and x = 0 is ______________ 10/12 GATE 2014 Q.51 MATHEMATICS MA Consider the heat equation 2 = 2 , 0 < < , > 0, with the boundary conditions (0, ) = 0, ( , ) = 0 for > 0, and the initial condition ( , 0) = sin . Then u , 1 is ___________ 2 Q.52 Consider the partial order in 2 given by the relation ( 1 , 1 ) < ( 2 , 2 ) EITHER if 1 < 2 OR if 1 = 2 and 1 < 2 . Then in the order topology on 2 defined by the above order (A) [0,1] x {1} is compact but [0,1] x [0,1] is NOT compact (C) both [0, 1] [0, 1] and [0,1] x {1} are compact (D) both [0, 1] [0, 1] and [0,1] x {1} are NOT compact. Minimize: Subject to 20 Consider the following linear programming problem: x1 + x2 + 2 x3 x1 + 2 x2 4 x2 + 7 x3 5 x1 3 x2 + 5 x3 = 6 E Q.53 14 ) (B) [0,1] x [0,1] is compact but [0,1] x {1} is NOT compact AT x1 , x2 0, x3 is unrestricted The dual to this problem is: (G Maximize: 4 y1 + 5 y2 + 6 y3 Subject to y1 + y3 1 2 y1 + y2 3 y3 1 7 y2 + 5 y3 = 2 A and further subject to: M (A) y1 0, y2 0 and y3 is unrestricted (B) y1 0, y2 0 and y3 is unrestricted (C) y1 0, y3 0 and y2 is unrestricted (D) y3 0, y2 0 and y1 is unrestricted MA 11/12 GATE 2014 Q.54 MATHEMATICS MA Let X = C 1[0,1]. For each f X , define = p1 ( f ) : sup = p2 ( f ) : sup { f (t ) : t [0,1]} { f (t ) : t [0,1]} p3 = ( f ) : p1 ( f ) + p2 ( f ) . Which of the following statements is TRUE? (A) ( X , p1 ) is a Banach space (B) ( X , p2 ) is a Banach space 14 ) (C) ( X , p3 ) is NOT a Banach space (D) ( X , p3 ) does NOT have denumerable basis If the power series =0 ( + 3 ) converges at 5 and diverges at 3 , then the power series (A) converges at 2 + 5 and diverges at 2 3 (B) converges at 2 3 and diverges at 2 + 5 E (C) converges at both 2 3 and 2 + 5 20 Q.55 AT (D) diverges at both 2 3 and 2 + 5 M A (G END OF THE QUESTION PAPER MA 12/12

Formatting page ...

Formatting page ...

Top Contributors
to this ResPaper
(answers/comments)


createaccount
(3)

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

Formatting page ...

 

  Print intermediate debugging step

Show debugging info


 

Additional Info : Solved GATE exam paper, Maths MA - 2014 paper
Tags : GATE model paper for mathematics 2015, India, GATE Exam Question Papers, Free Online Solutions, Answers, Answer Key, Graduate Aptitude Test in Engineering, IIT, IISc, GATE Exam Syllabus, GATE Study Material, GATE Exam Pattern, gate exam papers, gate question papers 2016, 2015, 2014, 2013, 2012, 2011, 2010, 2009, 2008, 2007, 2006, 2005, 2004, 2003, 2002, 2001, 2000, 1999, 1998, 1997, 1996, 1995, 1994, 1993, 1992, 1991, past gate papers, gate papers with answers, gate entrance exam engineering, gate previous years papers, gate old papers, gpat.  


© 2010 - 2025 ResPaper. Terms of ServiceContact Us Advertise with us

 

gate chat