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Q&A Bank >> 16 July 2013



Q : questiona circular rug is 6 yards in diameter binding for
Q : chapter 7ltbrgtltbrgt2 describe the distribution of sample
Q : x grams of calcium carbonate was completely burnt in airthe
Q : the base of isosceles triangle and the altitude drawn from
Q : what is the structure through which the neural impulse is
Q : what is the mechanism by which the neural impulse is
Q : what is hologram holography when an entity is photographed
Q : how different are the concepts of action potential resting
Q : q how much should be the voltage of an x-ray tube so that
Q : q what is ionisation potential energy for hydrogen atom the
Q : q define ionisation potentialthe ionisation potential is
Q : q state moseleys lawthe frequency of the spectral line in
Q : q what are the characteristics of laser beam
Q : q calculate the longest wavelength that can be analysed by
Q : q what is the principle of millikans oil drop
Q : q an x-ray diffraction of a crystal gave a closest line at
Q : q what are the conditions to achieve the laser
Q : q what are coherent sources two sources are alleged to be
Q : what is the excitation threshold of a neuron how does this
Q : q define grating elementthe combined width of a slit as
Q : how is the depolarization of the neuronal plasma membrane
Q : q what are electromagnetic waves as-per to maxwell a speed
Q : how do the sodium and potassium ions maintain the resting
Q : q what are uses of ultra-violet radiations uses of
Q : q in youngs double slit experiment the distance between the
Q : q what are the uses of raman spectrum i it is widely
Q : which is the normal sign of the electric charge among the
Q : q what is raman shift in 1928 sir cv raman fined out
Q : q state brewsters lawbrewsters law the digression of the
Q : what is the nature of the stimulus received and transmitted
Q : q what is fluorescencewhen an atomic or else molecular
Q : q what is fraunhofer diffractiona the source as well as the
Q : q what is fresnel diffractiona the source as well as the
Q : what are the protective structures of the central nervous
Q : q a plano-convex lens of radius 3 m is placed on a flat
Q : using examples of invertebrate nervous systems how can the
Q : q the refractive index of a medium is radic3 compute the
Q : q why the centre of newtons rings pattern appears darkthe
Q : what is the antagonism between the sympathetic and the
Q : q a light of wavelength 58900a falls normally on a thin air
Q : q distinguish between interference and diffraction
Q : the major task of a computer is to carry out instruction
Q : von neumann architecture was first majoranticipated
Q : what are the two divisions of the autonomic nervous
Q : the use of information technology it is well known it has
Q : what are the functional divisions of the nervous
Q : how is it explained that a person with the spinal cord
Q : what are the respective constituents of the gray matter and
Q : which are the types of neurons that participate in the
Q : what is meant by the arch reflexin some situations the
Q : how is it structurally explained that the motor activity of
Q : a friend has promised to log in at a particular time
Q : which are the brain regions associated with memoryaccording
Q : what is the spinal cord of which elements is the spinal
Q : q state huygens principlehuygens principlea every point on
Q : q on what factors does the amount of optical rotation
Q : q state the conditions to achieve total internal reflection
Q : q state any three uses of ir rays a infrared lamps are
Q : how is it structurally explained that the motor activity of
Q : q two slits 03 mm separately are illuminated by light of
Q : q define specific rotationprecise rotation for a given
Q : q define optic axis of a crystal in a double refracting
Q : which are the brain regions associated with memoryaccording
Q : q in newtons ring experiment the diameter of certain order
Q : q what is tyndal scatteringtyndal scattering- when light
Q : q a light of wavelength 60000a falls normally on a thin air
Q : q what is band emission spectrum give an exampleit consists
Q : q in youngs double slit experiment the width of the fringe
Q : which is the brain region that receives conscious sensory
Q : q why does the sky appear blue in colour as-per to the
Q : q a 300 mm long tube containing 60 cc of sugar solution
Q : which is the brain region responsible for the regulation of
Q : why is the cerebellum more developed in mammals that jump
Q : q what are emissive and absorption spectra emission
Q : q an emf of 5 v is persuading when the current in the coil
Q : which is the brain region responsible for the coordination
Q : q a capacitor of capacitance 2 muf is in an ac circuit of
Q : q in an ideal transformer the transformer ratio is 120the
Q : how is the cerebrum anatomically dividedthe cerebrum is
Q : what is the difference between brain and cerebrum what are
Q : what are meninges and cerebrospinal fluidmeninges are the
Q : q a capacitor of capacitance 2 muf is in an ac circuit of
Q : what are some diseases characterized by progressive loss of
Q : q why can a dc ammeter not read aca dc ammeter cant measure
Q : what are the cells that produce the myelin sheath of which
Q : q a coil of area of cross section 05 m2 among 10 turns is
Q : q an aircraft having awing span of 10 m flies at a speed of
Q : what is the function of the myelin sheath do all axons
Q : q an aircraft having awing span of 2048 m flies at a speed
Q : q define the unit of self inductanceone henry is described
Q : q compute the mutual inductance between two coils when a
Q : q define q- factor the q factor of a series resonant
Q : q what is acceptor circuit give the uses of it acceptor
Q : q a capacitor blocks dc but allows ac whycapacitive
Q : q define rms value of ac rms value of ac the rms value of
Q : q what are the various energy losses of a transformer
Q : q what is efficiency of a transformer efficiency of a
Q : q write the equation of a 25 cycle current sine wave having
Q : q give the differences between af choke and rf choke audio
Q : q what are the methods of inducing emf in a circuit the
Q : q define self inductance the coefficient of self induction
Q : q state flemings right hand rule flemings right hand rule
Q : q state lenzs law lenzs law declares that the induced
Q : q state faradays laws of electromagnetic induction first
Q : q what is electromagnetic induction the phenomenon of
Q : q define magnetic fluxmagnetic flux phi the magnetic flux
Q : the magnetic induction at a point 15 cm from a long
Q : q explain about end rulewhen glanced from one end if the
Q : q define amperes circuital law the line integral rarr rarr
Q : q compute the resistance of the filament of a 100w 220 v
Q : define magnetic moment of a current loop the magnetic
Q : q define current sensitivity of a galvanometer the current
Q : q give any two differences among peltier effect and joules
Q : q in a galvanometer increasing the current sensitivity does
Q : q how can we increase the current sensitivity of a
Q : q define ampere in terms of force ampere is defined as that
Q : q state flemings left hand rule flemings left hand rule the
Q : q what are the limitations of a cyclotron limitations i
Q : what are gangliaganglia singular ganglion or neural ganglia
Q : according to the function of the transmitted neural impulse
Q : what is an example of a situation in which the neuron cell
Q : what is the name of the terminal portion of the axonthe
Q : q what is the future of hyper threadingcurrent pentium 4
Q : hyper-threading works by duplicating those parts of
Q : what are the three main parts into which a neuron can be
Q : q show the features of hyper-threadingthe significant
Q : hyper-threading officially known as hyper-threading
Q : which are the main cells of the nervous systemthe major
Q : which are the structures that are part of the nervous
Q : in order to support ia-32 itanium can switch in 32-bit mode
Q : what are the physiological systems known as integrative
Q : in a raw itanium a processor abstraction layer pal is
Q : q instruction set for ia - 64 architectureinstruction set
Q : q registers used in ia-64 architecture registers the ia-64
Q : ia-64 intel architecture-64 is a 64-bit processor
Q : q advantages of using clusters parallel and distributed
Q : primary objectivesdetails of load sharing facility resource
Q : q general use of cluster computinga general use of cluster
Q : a distributed workstation cluster must be viewed like
Q : to increase the strength of the muscle work is the muscle
Q : the idea of clustering is defined as use of multiple
Q : different systems that can participate in grid computing as
Q : what is the neurotransmitter of the neuromuscular junction
Q : what happens when the oxygen supply is insufficient to
Q : how does phosphocreatine act in the muscle contraction and
Q : what is myoglobin what is the function of this molecule in
Q : how do calcium ions participate in muscle contraction why
Q : q explain traditional computer clustersgrid computing
Q : grid computinggrid computing signifies applying resources
Q : what are the positions of actin and myosin molecules in the
Q : what are the main proteins that constitute the sarcomere
Q : qwhat do you mean by parallel virtual machinepvm is
Q : what are sarcomeressarcomeres are the contractile units of
Q : q explain about multiple program multiple datalike spmd
Q : how is the striped pattern of the striated muscle cells
Q : q what is single program multiple data spmdspmd is in fact
Q : q explain about hybrid modelhybrid models are normally
Q : the base of isosceles triangle and the altitude drawn from
Q : a wholesaler allows a discount of 20 on the list price to a
Q : what are the types of muscle tissues what are the
Q : what are the flat bones and the long bonesthe major bones
Q : what are the functions of the osseous tissuethe major
Q : what are the haversian canals and the volkmanns canals of
Q : describe data parallel modelin data parallel model most of
Q : what are the three main cell types that form the osseous
Q : q describe message passing modelin message-passing model
Q : q explain about threads model - programming modelin this
Q : what are some functions of the cartilages in the human
Q : what is the constitution of the cartilaginous matrixthe
Q : q shared-memory programming modelin shared-memory
Q : what are the cells that form the cartilaginous tissue the
Q : which type of tissue are the cartilaginous and the osseous
Q : a model for parallel programming is an abstraction in
Q : which are the organs that are part of the musculoskeletal
Q : performance instrumentation focuses on how to resourcefully
Q : q task information displays in search-based toolstask
Q : q what is gantt chart and kiviat diagramgantt chartgantt
Q : what are melanocytesmelanocytes are epithelial cells of the
Q : which are the glands present in the epidermis of mammals
Q : how different is the fish epidermis from the amphibian
Q : what is the function of keratin in the epidermisthe
Q : q what do you eman by processors hypercubethis is precise
Q : how dissimilar is the simple cuboidal epithelium from the
Q : how are the epithelial tissues classifiedthe epithelial
Q : q what do you mean by communication trafficcommunication
Q : q what is visualisation - search based toolsvisualization
Q : the search-based tools initially recognize problem and
Q : in order to determine performance of program normal form of
Q : after the parallel algorithm has been written as well as
Q : is the epithelium vascularized how do nutrients and oxygen
Q : what are the specialized structures that help the adhesion
Q : q define tangent law a magnetic needle suspended at a point
Q : what is the typical feature of the epithelia how different
Q : q how is a galvanometer converted into a an ammeter and b a
Q : what are some functions of the epithelium the epithelial
Q : what is the function of the skin in humansthe skin is the
Q : q state maxwells right hand cork screw rule maxwellss right
Q : q define thomson effect thomson recommended that when a
Q : q define peltier coefficient and write its unit the
Q : q what is temperature of inversion maintain the temperature
Q : q what is sun and nis lawthe sun and nis law is a
Q : what is hemodialysishemodialysis is the artificial blood
Q : how does aldosterone act and where is it
Q : what is the function of the antidiuretic hormone where is
Q : why do cells of the nephron tubules present a great amount
Q : q analysis of amdahls lawthe conclusions of analysis of
Q : where does most of the water resorbed after glomerular
Q : what is the main transformation presented by the glomerular
Q : q executing a parallel algorithmmultiple processors need
Q : q what is parallel balance pointin order to execute
Q : cost involved in inter-processor communicationbecause data
Q : q uneven load distribution in parallel computersin parallel
Q : performance metrics arent able to attain a linear curve in
Q : what is the functional unity of the kidneysthe functional
Q : which are the organs of the excretory system the excretory
Q : how do embryos of placental mammals excrete nitrogen wastes
Q : why is the uricotelic excretion essential for avian and
Q : comparing toxicity and the requirement for dilution in
Q : why after the passage of animals from the aquatic to the
Q : q what is neutral temperature maintain the temperature of
Q : q what is seebeck effect seebeck revealed that in a circuit
Q : q what is a fuse wirei fuse wire is an alloy of lead 37 as
Q : why are most ammoniotelic beings aquatic animalsaquatic
Q : q why nichrome is used as heating element in electric
Q : what are the three main types of nitrogen wastes excreted
Q : q state joules law of heatingthe heat produced in a
Q : what is excretionexcretion in physiology is the method of
Q : q define critical temperature the temperature at that
Q : how is heart contraction triggered heart contraction is
Q : concerning the mixture of arterial with venous blood what
Q : how many chambers do the bird heart and the mammalian heart
Q : what is the difference between the amphibian heart and the
Q : why is the fish circulation classified as a simple and
Q : does the fish heart pump venous or arterial bloodthe venous
Q : what is the difference among double closed circulation and
Q : how is carbon dioxide released by cellular respiration
Q : q two wires of same material and same length have
Q : what is the stage of cellular respiration during which
Q : why is carbon monoxide toxic for humanshemoglobin likes
Q : what is the substance that stimulates the production of red
Q : q an iron box of 400 w power is used daily for 30 minutes
Q : in high altitudes is it necessary for the blood to have
Q : q distinguish between electric power and electric
Q : q a managing wire of length 2m has a diameter of 04 mm with
Q : what is hemoglobin f why does the fetus need a different
Q : how different are oxyhemoglobin and hemoglobin where is it
Q : how do respiratory pigments actrespiratory pigments are
Q : of which type of tissue is the heart made how is this
Q : q what are the changes that take place at the
Q : what is the stage of the cardiac cycle during which the
Q : q give any three utilizes of secondary cells i the
Q : is the ventricle lumen larger during systole or during
Q : q what are secondary cells give an examplei they are
Q : what is the valve that separates the aorta from the heart
Q : what is the function of the left ventricle where does the
Q : to which heart chamber does the blood go after leaving the
Q : do the arteries that carry blood from the heart to the
Q : what is the valve that separates the right ventricle from
Q : q define the temperature coefficient of resistance the
Q : what is the function of the right ventricle to where does
Q : which is the first human heart chamber into which blood
Q : q the colour codes of a carbon resistor are yellow yellow
Q : q if 625 x 10 18 electrons flow through a given
Q : q what is superconductivitythe capability of certain metals
Q : q define current density give its unitthe amount of charge
Q : q the resistance of a platinum wire at 0oc is 4 omega what
Q : q the resistance of a nichrome wire at 0oc is 10 omega if
Q : q state faradays laws of electrolysis first law the mass of
Q : q compare the emf and the potential difference comparison
Q : q state kirchoffs second law in electricity kirchoffs
Q : q state kirchoffs first law in electricity kirchoffs first
Q : q give any three applications of the superconductorsi high
Q : q state ohms law at a steady temperature that the steady
Q : q define mobility give its unitthe mobility is defined as
Q : q define drift velocitydrift velocity is described as the
Q : q find the electric potential at a distance 009 m from a
Q : q what do you mean by additive nature of charges give an
Q : q write the applications of a capacitor applications of
Q : q what is microwave oven how it works microwave oven it is
Q : q what is a capacitor define capacitance i a capacitor is a
Q : q what are non-polar molecules give an example i a
Q : q three capacitors every of capacitance 3 pf are connected
Q : q what is electrostatic shielding i it is the method of
Q : q define electric flux give its unitthe electric flux is
Q : q what is an electric dipole define the dipole moment two
Q : q state the law of conservation of electric charges the
Q : what is vena cava which type of blood circulates within the
Q : concerning the thickness of their walls how different are
Q : which are the heart chambers respectively where the
Q : why in inflammatory and infectious conditions may clinical
Q : what is the lymphatic systemthe lymphatic system is a
Q : what are varices why are they more common in the inferior
Q : q state the law of conservation of electric charges the
Q : what are the valves of the venous system what is their
Q : are the arteries or the veins constituted of more muscle
Q : q give any three properties of electric lines of force
Q : q what is action of points corona discharge what is its use
Q : q what is dielectric polarization the arrangement of the
Q : what are the capillaries of the vascular systemcapillaries
Q : q what are polar molecules give an examplei a polar
Q : what are venous vessels veins and venulesvenous vessels are
Q : what are arterial vessels arteries and arteriolesarterial
Q : q during lightning it is safer to sit inside car than in an
Q : what is the difference among systole and diastolesystole
Q : how does the heart impel the bloodthe heart is a muscular
Q : state gausss law the total flux of the electric field e
Q : define electric potential the electric potential in an
Q : q what is coulombone coulomb is describe as the quantity of
Q : q state coulombs law in electrostaticscoulombs law declares
Q : as regards cases involving the application of the
Q : in computing the electric field at a point call it point p
Q : points o a and p lie in one as well as the same vertical
Q : in calculating the integral that one evaluates in applying
Q : what are the typical components of a closed circulatory
Q : why even though they have an open circulatory system can
Q : what is the difference between octopuses and mussels
Q : what are the advantages of the closed circulatory system
Q : what is an open circulatory systemopen circulatory system
Q : what is the alternative means for transport of substances
Q : question in estimate the integral one evaluates in applying
Q : what is circulationcirculation is the movement of
Q : what does it signify to say that the electric potential is
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