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Alternating Current Quiz Question  Answer 

Which one of the following represents capacitive reatance versus angular frequency graph?  
The frequency at which $$1\ H$$ inductor will have a reactance of $$2500\ \Omega$$ is:  $$398\ Hz$$ 
A series AC circuit has a resistance of $$4\Omega $$ and a reactance of $$3\Omega$$. The impedance of the circuit is  $$5\,\Omega$$ 
The ratio of peak value and r.m.s value of an alternating current is  $$ \sqrt{2} $$ 
In a circuit $$LC = 10^{3}H, C = 10^{3} F$$. Find angular frequency. 
$$1000 \,rad/sec$$ 
Alternating current is flowing in inductance $$L$$ and resistance $$R$$. The frequency of source is $$\omega/2\pi$$ Which of the following statement in correct: 
For low frequency the limiting value of impedance is $$L$$. 
The power factor of LR circuit is :  $$\dfrac{R}{\omega L}$$ 
Current in the circuit is wattless, if  Resistance in the circuit is zero 
An inductance of $$2H$$ , capacitance of $$8\mu F$$ and resistance of $$10K\Omega$$ are connected in series to an AC source of $$100V$$ with adjustable frequency. The angular frequency at which current in the circuit is maximum is :  $$250 \ rad/s$$ 
If $${W_1}and\;{W_2}$$ are half power frequencies of series LCR circuit, Then the reasonant frequency of the circuit is  $$\sqrt {{W_1}\;{W_2}} $$ 
Atoms Quiz Question  Answer 

According to DE Broglie, wavelength of electron in second orbit is 10$$^{ 9 }$$ meter. Then the circumstances of orbit is :  2×10$$^{ 9 }$$m 
In a Hatom, the transition takes place from L to K shell. If $$R=1.08\times {10}^{7}{m}^{1}$$, the wave length of the light emitted is nearly  $$1250\mathring{A}$$ 
Which of the following particles cannot be deflected by magnetic field ? 
Neutrons 
In which of the following fields cathode rays show minimum deflection ? 
Gravitational field 
How will you relate velocity of cathode rays to c, if ‘c' denotes the velocity of light? 
Less than c 
Antiparticle of proton is 
Antiproton 
If the K.E. of a cathode ray beam is 8KeV, then the tube should work at a Potential Difference of 
8 KV 
On decreasing principal quantum number $$n$$, the value of $$r$$ will : 
decrease 
Who proposed the planetary model of the atom?  Neils Bohr 
In Rutherford experiment, most of the alpha particles go straight through the foil because________  Most part of the atom is empty. 
Current Electricity Quiz Question  Answer 

If the length of a potentiometer wire is increased by keeping constant potential difference across the wire, then _______.  null point is obtained at larger distance 
Charge supplied by the battery is?  $$100$$ pC 
When battery and galvanometer are interchanged in the case of Wheatstone bridge, then?  If the bridge was in adjustment before interchange, it will be in adjustment after interchange 
Direction of induced e.m.f. is determined by  
Fleming's right hand rule 
Metals are good conductors because:  outer electrons are loosely bound to the atom 
In the given circuit, no cur rent is passing through the galvanometer. If the crosssectional diameter of AB is doubled then for null point of galvanometer the value of AC would 
$$x$$ 
Calculate ratio of $${ i }_{ 1 }$$ and $$({ i }_{ 1 }+\quad { i }_{ 2 })$$. 
$$\dfrac { 2 }{ 5 } $$ 
Two copper conductors A,B carrying currents of $$1A$$ and $$1.2A$$ respectively. If the radii are in the ratio of $$2:3$$ then the drift speed of the electrons in the two conductors are in the ratio  $$5:8$$ 
The amount of work done by the cell on a unit positive charge carrier to force it to go to the point of higher potential is called  emf 
e.m.f. is measured in  $$\dfrac{\text{Joules}}{\text{coulomb}}$$ 
Dual Nature Of Radiation And Matter Quiz Question  Answer 

A free particle with initial kinetic energy $$E$$ and debroglie wavelength $$\lambda$$ enters a region in which it has potential energy $$U$$. What is the particle's new deBroglie wavelength?  $$\lambda (1U/E)^{1/2}$$ 
In which of the following photocell is not used?  Vacuum cleaner 
If the $$KE$$ of a free electron doubles then its deBroglie wavelength changes by a factor 
$$\displaystyle\dfrac{1}{\sqrt 2}$$ 
The ratio of the energy of a photon of $$2000 \mathring { A } $$ wavelength to that of $$4000\mathring { A } $$ wavelength is :  $$2$$ 
If a photon has velocity $$c$$ and frequency $$v$$, then which of the following represents its wavelength  $$\dfrac {hc}{E}$$ 
The work function of a substance is 4.0 eV. The longest wavelength of light that can cause photoelectron emission from this substance is approximately:  310 nm 
Photon of frequency $$'v\ '$$ has a momentum associated with it. If $$'c\ '$$ is the velocity of light, the momentum is  $$hv/c$$ 
A Laser light of wavelength $$660 \,nm$$ is used to weld Retina detachment. If a Laser pulse of width $$60\,ms$$ and power $$0.5\,kW$$ is used, the approximate number of photons in the pulse are: [Take Planck's constant $$h=6.62\times 10^{34}Js$$] 
$$10^{20}$$ 
For which of the following particles will it be most difficult to experimentally verify the deBroglie relationship?  A dust particle 
If electron charge e, electron mass m, speed of light in vacuum c and Planck's constant h are taken as fundamental constant h are taken as fundamental quantities, the permeability of vacuum $$\mu_0$$ can be expressed in units of 
$$\left (\dfrac {h}{ce^2}\right )$$ 
Electric Charges And Fields Quiz Question  Answer 

Five ball numbered $$1$$ to $$5$$ are suspended using separate threads. Pairs $$(1,2)$$, $$(2,4)$$ and $$(4,1)$$ show electrostatic attraction while pairs $$(2,3)$$, $$(4,5)$$ show repulsion. Therefore, ball $$1$$ must be  neutral 
The magnitude of charges of electric dipole is $$3.2 \times {10^{  5}}$$ and distance between them is $$2.4A.$$ If it is placed in an electric field $$4 \times {10^5}\,V/m$$ then its diple moment is (in Cm)  $$7.68 \times {10^{  15}}$$ 
The electric field in a region is given by $$\vec { E } =a\hat { i } +b\hat { j } $$. Here a and b are constants. Find the net flux passing through a square area of side $${ L }_{ 0 }$$ parallel to yz plane  $$a{ L }_{ 0 }^{ 2 }$$ 
The nature of charge on the object can be detected by:  Electroscope 
A cone of base radius $$R$$ and height $$h$$ is located in a uniform electric field $$\overrightarrow{E}$$ parallel to its base. The electric flux entering the cone is: 
$$E h R$$ 
The electric field in a region of space is given by $$\vec E=E_0\hat i+2 E_o\hat j$$ where $$E_o=100 N/C$$. The flux of this field through a circular surface of radius $$0.02$$ m parallel to the YZ plane is nearly :  $$0.125 Nm^2/C$$ 
The magnitude of the average electric field normally present in the atmosphere just above the surface of the Earth is about $$150 N/C$$, directed inward towards the center of the Earth. This gives the total net surface charge carried by the Earth to be : [Given $$\epsilon_0=8.85\times 10^{12} C^2/Nm^2, R_E=6.4\times 10^6m]$$  $$680 kC$$ 
......... Charge is produced by friction  Stationary 
A few electric field lines for a system of two charges $$Q_{1}$$ and $$Q_{2}$$ fixed at two different points on the $$x$$axis are shown in the figure. These lines suggest that 
at a finite distance to the right of $$Q_{2},$$ the electric field is zero 
Consider an electric field $$\overline{E}=E_{0}\hat{x}$$, where $$E_{0}$$ is a constant. The flux through the shaded area (as shown in the figure) due to this field is: 
$$E_{0}a^{2}$$ 
Electromagnetic Induction Quiz Question  Answer 

Whenever the magnetic flux linked with a coil changes, then there is an induced emf in the circuit. This emf lasts : 
so long as the change in the flux takes place 
When the flux linked with a coil changes : 
an emf is always induced and a current is induced when the coil is a closed one 
The average selfinduced emf in a $$25 m H$$ solenoid when the current in it falls from $$0.2 A$$ to $$0 A$$ in $$0.01$$ second, is 
$$0.5 V$$ 
The coefficient of self inductance and the coefficient of mutual inductance have 
same units and same dimensions 
Assertion (A): Whenever the magnetic flux linked with a closed coil changes there will be an induced emf as well as an induced current. Reason (R): According to Faraday, the induced emf is inversely proportional to the rate of change of magnetic flux linked with a coil. 
A is true but R is false 
When current is coil changes from 5 A to 2 A in 0.1 s, an average of 50 V is produced. The selfinductance of the coil is.  1.67 H 
In an AC generator, a coil with $$N$$ turns, all of the same area $$A$$ and total resistance $$R$$, rotates with frequency $$1 rad/s$$ in a magnetic field $$B$$. The maximum value of emf generated in the coil is: 
$$N.A.B$$ 
A $$10 \,m$$ long horizontal wire extends from North East to South West. It is falling with a speed of $$5.0 \,ms^{1}$$, at right angles to the horizontal component of the earth's magnetic field, of $$0.3 \times 10^{4} \,Wb/m^2$$. The value of the induced emf in wire is:  $$1.1 \times 10^{3} V$$ 
At time $$t = 0$$ magnetic field of $$1000$$ Gauss is passing perpendicularly through the area defined by the closed loop shown in the figure. If the magnetic field reduces linearly to $$500$$ Gauss, in nest $$5s$$, then induced EMF in the loop is: 
$$56\mu V$$ 
When the current changes from $$+2 A$$ to $$ 2 A$$ in $$0.05$$ second, an e.m.f. of $$8 V$$ is induced in a coil. The coefficient of selfinduction of the coil is :  $$0.1 H$$ 
Electromagnetic Waves Quiz Question  Answer 

Some radio waves of frequency of about $$1.5\times 10^9$$ Hz was received by a radiotelescope from distance star. If the speed of the waves is $$3\times 10^5$$ km/s, then the wavelength of the wave will be?  $$0.2$$ m 
The energy of photon of electromagnetic radiation of wavelength$$=2000\mathring{A}$$ is?  $$0.99\times 10^{18}$$J 
A radio wave of intensity l is reflected by a surface. The intensity (I), if pressure exerted on the surface is $$2\times 10^{8}N/m^2$$, will be?  $$3 N/m^2$$ 
A TV tower has a height of $$100$$m. The area covered by the TV broadcast, if radius of the earth is $$6400$$ km, will be?  $$402\times 10^7m^2$$ 
The current option, if speed of gamma rays, Xrays and microwaves are $$v_g, v_x$$ and $$v_m$$ respectively will be?  $$v_g = v_x = v_m$$ 
Arrange the following electromagnetic radiations per quantum in the order of increasing energy: A: Blue light B: Yellow light C: Xray D: Radiowave 
D,B,A,C 
What is the displacement current between the square plate of side 1 cm of a capacitor, if electric field between the, plates is changing at the rate of 3 x $$10^6 V_m^{1}S^{1}$$?  2.7 x $$10^{9}$$ A 
Choose the correct equation of maxwell ampere circuital law:  $$\oint \vec { B } \cdot \overline { d l } = \mu _ { 0 } \left( i _ { c } + \varepsilon _ { 0 } \frac { d \phi _ { E } } { d t } \right)$$ 
Which of the following sources of light is different from others  Sodium light 
Which wavelength of sun is used finally as electric energy?  Infrared waves 
Electrostatic Potential And Capacitance Quiz Question  Answer 

The plates of a parallelplate capacitor are not exactly parallel. The surface charge density, therefore,  each plate will have the same potential at each point 
In the given circuit, if potential difference between points $$A$$ and $$B$$ is $$4V$$, then, resistance $$X$$ is: 
$$20 \Omega$$ 
What is the S.I. unit of electric potential?  volt 
A battery is used to charge a parallel plate capacitor till the potential difference between the plates becomes equal to the electromotive force of the battery. The ratio of the energy stored in the capacitor and the work done by the battery will be : 
$$\dfrac{1}{2}$$ 
An electric charge $$10^{3}\mu C$$ is placed at the origin $$(0,0)$$ of X  Y coordinate system. Two points A and B are situated at $$(\sqrt{2},\sqrt{2})$$ and $$(2, 0)$$ respectively. The potential difference between the points A and B will be:  zero 
A parallel plat capacitor is made of two circular plates separated by a distance of $$5 mm$$ and with a dielectric of dielectric constant $$2.2$$ between them. When the electric field in the dielectric is $$3 \times 10^4$$V/m, the charge density of the positive plate will be close to:  $$6 \times 10^{7} C/m^2$$ 
A sheet of aluminium foil of negligible thickness is introduced between the plates of a capacitor. The capacitance of the capacitor  remains unchanged 
A parallel plate capacitor has a dielectric slab of dielectric constant K between its plates that covers 1/3 of the area of its plates, as shown in the figure. The total capacitance of the capacitor is C while that of the portion with dielectric in between is C$$_1$$. When the capacitor is charged, the plate area covered by the dielectric gets charge Q$$_1$$ and the rest of the area gets charge Q$$_2$$. The electric field in the dielectric is E$$_1$$ and that in the other portion is E$$_2$$. Choose the correct option/options, ignoring edge effects : 
$$\displaystyle \frac{C}{C_1} = \frac{2+K}{K}$$ 
What is the electric potential at a distance of 9 cm from 3 nC?  $$300 V$$ 
A parallel plate air capacitor of capacitance C is connected to a cell of emf V and then disconnected from it. A dielectric slab of dielectric constant K, which can just fill the air gap of the capacitor, is now inserted in it. Which of the following is incorrect?  The charge on the capacitor is not conserved 
Magnetism And Matter Quiz Question  Answer 

The force which a magnet exerts on iron and steel is called the.  magnetic force 
Magnetic lines of force due to a bar magnet do not intersect because  A point always has a single net magnetic field 
Relative permittivity and permeability of a material are $$\epsilon_{\mathrm{r}}$$ and $$\mu_{\mathrm{r}}$$, respectively. Which of the following values of these quantifies are allowed for a diamagnetic material? 
$$\epsilon_{\mathrm{r}}=1.5,\ \mu_{\mathrm{r}}=0.5$$ 
The BH curve for a ferromagnet is shown in the figure. The ferromagnet is placed inside a ling solenoid with $$1000$$ turns/cm.. The current that should be passed in the solenoid to demagnetise the ferromagnet completely is: 
$$1 mA$$ 
Curie temperature is the temperature above which  a ferromagnetic material becomes paramagnetic 
An example of a perfect diamagnet is a superconductor. This implies that when a superconductor is put in a magnetic field of intensity $$B$$, the magnetic field $$B_S$$ inside the superconductor will be such that :  $$B_S=0$$ 
Three identical bars A, B and C are made of different magnetic materials. When kept in a uniform magnetic field, the field lines around them look as given in the figure . Make the correspondence of these bars with their material being diamagnetic (D), ferromagnetic (F) and paramagnetic (P) . 
$$A \leftrightarrow F, B \leftrightarrow D, C \leftrightarrow P$$ 
Needles $$N_{1}, N_{2}$$ and $$N_{3}$$ are made of a ferromagnetic, a paramagnetic and a diamagnetic substance respectively. A magnet when brought close to them will  attract $$\mathrm{N}_{1}$$ strongly, $$\mathrm{N}_{2}$$ weakly and repel $$\mathrm{N}_{3}$$ weakly. 
The figure gives experimentally measured B vs. H variation in a ferromagnetic material. The retentivity, coercivity and saturation, respectively, of the material are : 
$$1.0 T, 50 A/m$$ and $$1.5 T$$ 
A thin diamagnetic rod is placed vertically between the poles of an electromagnet. When the current in the electromagnet is switched on, then the diamagnetic rod is pushed up, out of the horizontal magnetic field. Hence the rod gains gravitational potential energy. The work required to do this comes from.  The current source 
Moving Charges And Magnetism Quiz Question  Answer 

A particle with a specific charge s is fired with a speed v towards a wall at a distance d, perpendicular to the wall. What minimum magnetic field must exist in this region for the particle not to hit the wall?  $$\frac{v}{sd}$$ 
The distance between the supply wires of an electricmains is $$12cm$$. These wires experience $$4mg$$ weight per unit length. Current flowing in both the wire will be if they carry current in same direction.  $$4.85A$$ 
An electron, a proton and an alpha particle having the same kinetic energy are moving in circular orbits of radii $$r_e, r_p, r_{\alpha}$$ respectively in a uniform magnetic field B. The relation between $$r_e, r_p, r_{\alpha}$$ is?  $$r_e < r_p = r_{\alpha}$$ 
A particle of charge $$16\times 10^{18}$$ coulomb moving with velocity 10 $$\mathrm{m}\mathrm{s}^{1}$$ along the xaxis enters a region where a magnetic field of induction $$\mathrm{B}$$ is along the $$\mathrm{y}$$ axis, and an electric field of induction $$\mathrm{B}$$ is along the $$\mathrm{y}$$axis, and an electric field of magnitude $$10^{4}\mathrm{V}/\mathrm{m}$$ is along the negative $$\mathrm{z}$$axis. lf the charged particle continues moving along the $$\mathrm{x}$$axis, the magnitude of $$\mathrm{B}$$ is 
$$10^{3}\mathrm{W}\mathrm{b}/\mathrm{m}^{2}$$ 
Which of the following expressions are applicable to the moving coil galvanometer?  $$\displaystyle \overrightarrow {\tau}=\overrightarrow{M}\times\overrightarrow{B}$$ 
A charged particle moves through a magnetic field perpendicular to its direction. Then  the momentum changes but the kinetic energy is constant 
Two long conductors, separated by a distance $$d$$ carry currents $$I_1$$ and $$I_2$$ in the same direction. They exert a force $$F$$ on each other. Now the current in one of them is increased to two times and its direction is reversed. The distance is also increased to $$3d$$. The new value of the force between them is:  $$\dfrac{2F}{3}$$ 
Two long straight parallel wires, carrying (adjustable) current $$I_1$$ and $$I_2$$, are kept at a distance d apart. If the force 'F' between the two wires is taken as 'positive' when the wires repel each other and 'negative' when the wires attract each other, the graph showing the dependence of 'F', on the product $$I_1I_2$$, would be 

A particle of mass M and charge Q moving with velocity $$\vec v$$ describe a circular path of radius R when subjected to a uniform transverse magnetic field of induction B. The work done by the field when the particle completes one full circle is  $$zero$$ 
A particle of mass $$\mathrm{M}$$ and charge $$\mathrm{Q}$$ moving with velocity $$\vec{V}$$ describes a circular path of radius $$\mathrm{R}$$ when subjected to a uniform transverse magnetic field of induction B. The work done by the field when the particle completes one full circle is 
zero 
Nuclei Quiz Question  Answer 

For a nucleus to be stable, the correct relation between neutron number N and proton number Z is 
$$N \geqslant Z$$ 
Let $$u$$ denote one atomic mass unit. One atom of an element of mass number $$A$$ has mass exactly equal to $$Au$$  only for $$A=12$$ 
In the nuclear reaction ; $$_{92}U^{238}\rightarrow _{z}Th^{A}+_{2}He^{4}$$ the values of A and Z are:  A=234,Z=90 
If halflife of a radioactive substance is $$60$$ minutes, then the percentage decay in $$4$$ hours is?  $$93.7\%$$ 
In the nuclear reaction : $$X(n, \alpha)_3Li^7$$ the term $$X$$ will be 3  $$_5 B ^{10}$$ 
The relation between $$U(r)$$ and r for diatomic molecule is given as $$U(r)=\dfrac{a}{r^{12}}  \dfrac{b}{r^5}$$ The energy of dissociation of the molecule if given as 
$$\dfrac{b^2}{4a^2}$$ 
The order of magnitude of radius of nucleus is ___________.  $$10^{15} m$$ 
Fusion reactions take lace at high temperature because  kinetic energy is high enough to overcome repulsion between nuclei 
In the options below which one of the isotope of the uranium can cause fission reaction?  $$U_{235}$$ 
$$O^{19}\longrightarrow F^{19}+e+\bar v$$ In this decay, the rest mass energy of $$O^{19}$$ and $$F^{19}$$ are $$17692.33\ MeV$$ and $$17687.51\ MeV$$ respectively. The $$Q$$ factor of the decay is : 
$$4.82\ MeV$$ 
Ray Optics And Optical Instruments Quiz Question  Answer 

Monochromatic light is refracted from air into the glass of refractive index $$ \mu $$. The ratio of the wavelength of incident and refracted waves is 
$$ \mu $$ :1 
The refractive index of the material of a concave lens is $$\mu.$$ It is immersed in a medium of refractive index $$\mu_1$$. A parallel beam of light is incident on the lens. The path of the emergent rays when $$\mu_1>\mu$$ is :  
What are the colours of the Sun observed most during sunrise/sunset and noon? 
reddish and orange 
The magnifying power of a telescope with tube length $$60cm$$ is $$5$$. What is the focal length of its eye piece?  $$10cm$$ 
The aperture diameter of a telescope is $$5m$$. The separation between the moon and the earth is $$4\times 10^5$$ km. With light of wavelength of $$5500\overset{o}{A}$$, the minimum separation between objects on the surface of moon, so that they are just resolved, is close to?  $$60$$ m 
A ray of light is incident on a prism $$\mathrm{A}BC$$ of refractive index $$\sqrt{3}$$ as shown in figure. (a) Find the angle of incidence for which the deviation of light ray by the prism $$\mathrm{A}BC$$ is minimum. (b) By what angle the second prism must be rotated, so that the final ray suffer net minimum deviation. 
$$60^o$$, $$60^o$$ 
Monochromatic light is incident on a glass prism of angle A. If the refractive index of the material of the prism is $$\mu$$, a ray incident at an angle $$\theta$$, on the face AB would get transmitted through the face AC of the prism provided 
$$\theta > sin^{1}\left[\mu \, sin \left(A  sin^{1}\left(\frac{1}{\mu}\right) \right)\right]$$ 
A ray $$OP$$ monochromatic light is incident on the face $$AB$$ of prism $$ABCD$$ near vertex $$B$$ at an incident angle of $$60^{o}$$ (see figure). If the refractive index of the material of the prism is $$\sqrt{3}$$, which of the following is (are) correct? 
The angle between the incident ray and the emergent ray is 90$$^{o}$$ 
An astronomical refracting telescope will have large angular magnification and high resolution, when it has an objective lens of :  Large focal length and large diameter 
Both Assertion and Reason are correct but Reason is not the correct explanation for Assertion 
Semiconductor Electronics: Materials, Devices And Simple Circuits Quiz Question  Answer 

In a ptype semiconductor, the majority carries are  Holes 
Logic gate realised from pn junctions shown in figure is 
OR gate 
The principal of LASER action involves 
All of the above 
In common base circuit, output resistance is  moderate 
For a transistor, $$\beta=100$$. The value of $$\alpha$$ is  $$0.99$$ 
The output of an OR gate is connected to both the inputs of a NAND gate. The combination will serve as:  NOR gate 
What is the output Y in the following circuit when all the three inputs A, B, C are first $$0$$ and then $$1$$? 
$$1,0$$ 
The bond, that exists in a semiconductor is 
covalent bond 
In a transistor, 
length of collector is greater than that of emitter 
Select the correct statement from the following: 
A diode can be used as a rectifier 
Wave Optics Quiz Question  Answer 

According to Huygens, the ether medium pervading entire universe is 
Highly elastic and less dense 
Which of the following properties shows that light is a transverse wave?  Polarization 
Two sources are called coherent if they produce waves  having a constant phase different 
Ray optics is valid when characteristic dimensions are  much larger than the wavelength of light 
Light travels in a ________ path  rectilinear 
Light, like sound, cannot pass through vacuum. State whether true or false  False 
State whether true or false. Light is a form of energy that causes a sensation of smell. 
False 
The inability of a lens to bring all the rays coming from a point object to focus at one single point is called 
Spherical aberration 
Light is a form of _______ that we can detect with our ________ .  energy, eyes 
Which of the following statements about the behaviour of light is not correct?  Interference patterns are evident for light behaving as rays. 
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