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Previous GATE
Featured
Unanswered Previous GATE Questions in Engineering Mathematics
780
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0
answers
1
votes
GATE CSE 1988 | Question: 16ii-iii
If $x \| \underline{x} \| \infty = 1< i^{max} < n \: \: max \: \: ( \mid x1 \mid ) $ for the vector $\underline{x} = (x1, x2 \dots x_n)$ ... known property of this norm. Although this norm is very easy to calculate for any matrix, explain why the condition number is difficult (i.e. expensive) to calculate.
If $x \| \underline{x} \| \infty = 1< i^{max} < n \: \: max \: \: ( \mid x1 \mid ) $ for the vector $\underline{x} = (x1, x2 \dots x_n)$ and $\| A \| \infty = x^{Sup} \fr...
go_editor
go_editor
asked
Dec 20, 2016
Linear Algebra
gate1988
descriptive
matrix
out-of-gate-syllabus
+
–
501
views
0
answers
2
votes
GATE CSE 1988 | Question: 13ib
Verify whether the following mapping is a homomorphism. If so, determine its kernel. $\overline{G}=G$
Verify whether the following mapping is a homomorphism. If so, determine its kernel.$\overline{G}=G$
go_editor
go_editor
asked
Dec 20, 2016
Graph Theory
gate1988
normal
descriptive
group-theory
group-homomorphism
out-of-gate-syllabus
+
–
468
views
0
answers
1
votes
GATE CSE 1988 | Question: 13ia
Verify whether the following mapping is a homomorphism. If so, determine its kernel. $G$ is the group of non zero real numbers under multiplication.
Verify whether the following mapping is a homomorphism. If so, determine its kernel.$G$ is the group of non zero real numbers under multiplication.
go_editor
go_editor
asked
Dec 20, 2016
Set Theory & Algebra
gate1988
normal
descriptive
group-theory
group-homomorphism
out-of-gate-syllabus
+
–
512
views
0
answers
0
votes
GATE CSE 1988 | Question: 2iv
Give one property of the field of real numbers which no longer holds when we compute using finite-precision floating point numbers.
Give one property of the field of real numbers which no longer holds when we compute using finite-precision floating point numbers.
go_editor
go_editor
asked
Dec 11, 2016
Set Theory & Algebra
gate1988
descriptive
set-theory&algebra
fields
out-of-gate-syllabus
+
–
570
views
0
answers
3
votes
GATE CSE 1994 | Question: 16
Every element $a$ of some ring $(R, +, o)$ satisfies the equation $a\;o\;a=a$. Decide whether or not the ring is commutative.
Every element $a$ of some ring $(R, +, o)$ satisfies the equation $a\;o\;a=a$. Decide whether or not the ring is commutative.
Kathleen
Kathleen
asked
Oct 5, 2014
Set Theory & Algebra
gate1994
set-theory&algebra
ring
normal
out-of-gate-syllabus
descriptive
+
–
1.0k
views
0
answers
0
votes
GATE CSE 1993 | Question: 02.8
Given $\vec v= x\cos ^2y \hat i + x^2e^z\hat j+ z\sin^2y\hat k$ and $S$ the surface of a unit cube with one corner at the origin and edges parallel to the coordinate axes, the value of integral $\int^1 \int_s \vec V. \hat n dS$ is __________.
Given $\vec v= x\cos ^2y \hat i + x^2e^z\hat j+ z\sin^2y\hat k$ and $S$ the surface of a unit cube with one corner at the origin and edges parallel to the coordinate axes...
Kathleen
Kathleen
asked
Sep 13, 2014
Calculus
gate1993
calculus
normal
out-of-gate-syllabus
fill-in-the-blanks
+
–
1.3k
views
0
answers
1
votes
GATE CSE 1993 | Question: 02.2
The radius of convergence of the power series$\sum_{}^{\infty} \frac{(3m)!}{(m!)^3}x^{3m}$ is: _____________
The radius of convergence of the power series$$\sum_{}^{\infty} \frac{(3m)!}{(m!)^3}x^{3m}$$ is: _____________
Kathleen
Kathleen
asked
Sep 13, 2014
Calculus
gate1993
calculus
convergence
normal
out-of-gate-syllabus
fill-in-the-blanks
+
–
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