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In an extrinsic semi-conductor charge carriers are
A wire of area of cross section ‘A’ and original length ‘l’ is subjected to a load
‘L’. A second wire of the same material with an area is ‘2A’ and length ‘2l’ is
subjected to the same load ‘L’. If the extension in the first wire is ‘X’ and the second
wire is ‘Y’, find the ratio ‘X/Y’.
UHS 2015
Physics
Physics of Solids
Elimination Tool:
Young modulus for the perfectly rigid body is
If stress is applied on a body then the ratio of change in volume to original volume will be:
NUMS 2016
Physics
Physics of Solids
Elimination Tool:
When an applied stress changes the volume, the change in volume per unit volume is known as:
FMDC 2018
Physics
Physics of Solids
Elimination Tool:
When a fluid is incompressible, it means:
FMDC 2018
Physics
Physics of Solids
Elimination Tool:
The product of dimensions of Young’s modulus and stress are:
NUMS 2017
Physics
Physics of Solids
Elimination Tool:
Aluminum Is a
When an applied stress changes the volume, the change in volume per unit volume is known as:
NUMS 2018
Physics
Physics of Solids
Elimination Tool:
In the case of linear deformation, the ratio of tensile stress to tensile strain is called:
UHS 2018
Physics
Physics of Solids
Oscillations and Simple Harmonic Motion
Elimination Tool:
Pascal is equal to:
If a substance can undergo plastic deformation, until it breaks, it is:
NUMS 2016
Physics
Physics of Solids
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Electric conduction is high in:
NUMS 2016
Physics
Physics of Solids
Elimination Tool:
A wire is stretched by a force which causes an extension. The energy is stored in it only when:
UHS 2011
Physics
Physics of Solids
Elimination Tool:
A 4.0 m long wire is subjected to stretching force and its length increases by 40 cm. The percent elongation which the wire undergoes is:
UHS 2013
Physics
Physics of Solids
Elimination Tool:
The stress-strain graph, deduced the following limits successively:
UHS 2013
Physics
Physics of Solids
Elimination Tool:
A wire is stretched by a force ‘F’ which causes an extension ∆l, the energy stored in the wire is:
UHS 2012
Physics
Physics of Solids
Elimination Tool:
To determine Young’s modulus of a material of a given wire of length ? we use:
ETEA 2018
Physics
Physics of Solids
Elimination Tool:
Which of the following can have negative temperature coefficient?
PMC Practice 4
Physics
Physics of Solids
Elimination Tool:
The ratio of tensile strength to tensile strain is called:
UHS 2012
Physics
Physics of Solids
Elimination Tool:
Negative strain indicates that
Hooke’s law states that under normal conditions:
NUMS 2019 Cancelled
Physics
Physics of Solids
Elimination Tool:
Dimension of modulus of elasticity:
Strain energy in a deformed energy is stored in the form of:
UHS 2015
Physics
Physics of Solids
Elimination Tool:
Which of the following statements is correct:
UHS 2011
Physics
Physics of Solids
Elimination Tool:
One of the following is a photoconductor :
PMC Practice 20
Physics
Physics of Solids
Elimination Tool:
Semiconductors have conductivity of the order
The process of adding controlled impurities to a semiconductor is known as _______. The amount of impurity added to an intrinsic (pure) semiconductor varies its level of conductivity.
NTS 2018
Physics
Physics of Solids
Elimination Tool:
The volume of a gas at constant pressure increases by 2% when the temperature is increased by 5 K, It’s initial temperature is:
NUMS 2016
Physics
Physics of Solids
Elimination Tool:
Which type of current passes through extrinsic semiconductors diode?
If stress is doubled, then volume becomes
Let L be the length and d be the diameter of the cross section of a wire. Wires of the same material with different L and d are subjected to the same tension along the length of the wire. In which of the following cases the extension of wire will be the maximum?
NUMS 2014
Physics
Physics of Solids
Elimination Tool:
The young’s modulus of a given rod of uniform length ? is given by the relation:
ETEA 2018
Physics
Physics of Solids
Elimination Tool:
To convert the Si crystal into a P. type semi-conductor, which group element be Doped?
NUMS 2016
Physics
Physics of Solids
Elimination Tool:
Let L be the length and d be the diameter of the cross section of a wire. Wires of the same material with different L and d are subjected to the same tension along the length of the wire. In which of the following cases the extension of wire will be the maximum?
NUMS 2019 Cancelled
Physics
Physics of Solids
Elimination Tool: