Will you please give me question paper for Indian engineering service Electrical Engineering Examination ?

Here I am giving you question paper for Indian engineering service Electrical Engineering Examination in PDF file attached with it so you can get it easily..

Mawrids in superconducting state have the j 26.
property of
(a) Ahorbing magnetxc field
(b) bpelling magnetic field
Cc) Absorbma electric field
Id) Repelling electric field

A superconductor may be used for generating
:a) Voltage
(bl Pressure
(c) Temperature
(dl Magnetic field

As temperature falls below the transition
temperature, the value of critical magnetic
field of a superconductor
(a) brnaina unchanged
(b) Increaaen
(c) Decreases
(d: First iincre~uel;, reaches a peak and then
db~reik~t!~

The energy gap of a superconductor
(a) 15 independent of temperature
(b) Increa~es with temperature
(c) la maximum at a critical temperature
(dl Itr minimum at n critical temperature

Which of the following properties is not
correct for a ~uperconductor in its
supercoaducting stage 3
(a) l t n resistivity is zero
(b) Magnetic flux density imide the

conductur ie zero
(cl L ~ Y relative permeability is unity
Lead
1. Is not used to form cable sheaths.
2. Ie least affected by sea water.
3. Has good malleable and ductile
properties.

4. Will not alloy with many ather metals.
(a) 1 and 2 are correct
(b) 2 and 3 are correct
(c) 3 and 4 are correct
td) 1 and 4 are correct

The geometrical configuration of one molecule
of C60-buckminsterfullerene contains
(a) 12 hexagons and 20 pentagons of
Carbon atoms
(b) 20 hexagons and 12 pentagons of
Carbon atoms
(c) 20 hexagons and 20 pentagons of
Carbon atoms
(dl 12 hexagons and 12 pentagons of
Carbon atome

Heating a permanent magnet resultv in the
loss of magnetic behaviour because
(a) The atoms start vibrating
(b) The magnetic dipoles start vibrating
(c) The magnetic dipoles start realigning
(dl The atoms start conducting

Param.agnetic susceptibility of a material
(a) Increases linearly with temperature
(b) Decreases linearly with temperature
(c) Increaaee linearly with (1/T;
(dl Decreases linearly with (tp)

Attached Files

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