Given differential equation is
Standard Form is
Auxiliary Equation is
Complementary Function
being arbitrary constant
Now, Partial Integration
The required solution is
Appeared in Year: 2006
Investigate for what values of the equation
Have –
(i) No solution
(ii) A unique solution
(iii) Infinitely many solution (Paper 1)
The given equation are
Which can be written as
(ii) The given equation will have unique solution
If
Applying we get
we get
One given set of equation has a unique solution, no matter what is one value of
(i) Take
Applying
Applying
Now
Now given equations has no solution is
Now is 3 is
is
, then given set of equation does not have any solution
(iii) if
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Appeared in Year: 2010
Show that is harmonic function. Find a harmonic conjugate of. Hence find the analytic function for which is the real part. (Paper 2)
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Appeared in Year: 2009
Find the directional derivative of –
(i)
(ii) in the direction of (Paper 1)
(i) Here
At
At
Let be a unit vector in the direction of z-axis
Required directional derivative
(ii) Here
,
At
Let be a unit vector in the direction of
Required directional derivative
Appeared in Year: 2006
Let s be the set of all real number except –
Is group?
Find the solution of the equation
in s (Paper 2)
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Appeared in Year: 2006
Let V be vector space of all matrices over the field F. above that V has dimension 4 by exhibition a basis for V. (Paper 1)
Given is a vector space of all matrices over field f
Let be any element
Now
Generates V.
Therefore, B is linearly independent
Let
is linearly independent set
is basis of V and
Appeared in Year: 2007
If , find the value of n in order that may be (i) solenoidal, (ii) irrational (Paper 1)
Here
(i)
Now is solenoidal is
i. e.
(ii) Now curl
is irrational for every value of n.
Appeared in Year: 2007
Find curvature and torsion at any point of the curve (Paper 1)
Let be the position vector of any point on the given curve.
And
Also
And
And