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Q&A Bank >> 15 May 2013



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Q : an actor receives 5000 for a commercial plus 25 each time
Q : hello i have been working with reptiles for a while and
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Q : w2 30w 81ltbrgt-9x3 3x2 - 15x-3xltbrgt14y 8y2 y3 126
Q : question 1 demonstrate the use of analytical tools to
Q : compounded semiannually p dollars is invested at annual
Q : i need to review 2 different softwares one is windows based
Q : the management of nelson plc wish to estimate their firms
Q : hard paste removal- hard setting caho2 paste
Q : maximum channel utilization in a lan is defined by frame
Q : micro debriderlong its tip as hand spreader not smooth and
Q : carrier based gutta percha removal ldquotherma-fillrdquoif
Q : brasseler endo extractor tubeinsert h file buccally and
Q : i know how to construct a precedence diagram but i am asked
Q : the ccitt standard bandwidth for speech isa 20000
Q : mac is the abbreviation for a multimedia access control b
Q : silver point extended below canal orifice-
Q : braiding technique for sp removal- three small
Q : ss7 protocol usesa out of band signallingb associated
Q : silver point extended below canal orifice- this discrepancy
Q : extended point within pulp chambergripping
Q : companding helps in reducing with respect to signal a
Q : silver point - uses of silver point ease of
Q : apex locator in retreatment cases- electronic
Q : in a dtmf phone digits are represented bya orthogonal
Q : paper points amp chemicals removal of gutta percha-
Q : file amp chemical removal of gutta percha-
Q : heat removal of gutta percha- heated
Q : in step by step switching line finders are connected to the
Q : ultrasonic removal of gutta percha-the piezoelestic
Q : mechanical removal of gutta percha- use k file to create
Q : gutta percha removalpoorly condensed gp or single cone
Q : removal of obturating material -gutta percha -carrier
Q : telephone traffic is measured ina seconds b
Q : rotential complications of post removal -fracture of the
Q : call request signal is a seize signalb idle state
Q : network layer is used fora breaking up the data in
Q : example of circuit switching and sampf stored and forward
Q : trunks are the lines that run betweena subscribers and
Q : post removal technique -roto-pro bur - roto-pro bur is a
Q : post removal technique using prs kit -transmetal
Q : spc is used fora carrying exchange control functions
Q : the prs kit is comprised of
Q : post removal types of post -active threaded -passive
Q : network with point-to-point link is known asa fully
Q : risk during crown removal -tooth inadvertently extracted
Q : the grade of service is measured ina
Q : erlang is used toa measure busy
Q : distortion caused on telephone line by an adjacent one is
Q : the bandwidth requirement of a telephone channel isa 3
Q : telex is aa telephone service between various
Q : mac address helps ina multimedia access controlb
Q : broad band isdn handles data rate of abouta 64
Q : common channel signalling in ss7 isa out band control
Q : active instruments -this category of instruments actively
Q : as per nyquist criterion the sampling rate isa
Q : crown and bridge remover - nashtaylor temporary crown
Q : percussive instruments -this method used a selected and
Q : active instruments- do groove occlusally or buccally until
Q : for two stages network the switching elements for m inlets
Q : percussive instruments-crown and bridge remover corona
Q : grasping instruments -plier or clamp forceps -put piece of
Q : spc standsa standard protocol controlb
Q : sticky sweet methodrichwil crown and bridge remover-it is a
Q : in a dtmf phone a dialling of 8 generatesa 1336 hz- 770
Q : remove the crown for reuse - if the decision is made to
Q : the final selector is connected to the a calling
Q : discuss different routing plan adopted in a telephone
Q : coronal disassembly- if the existing restoration with
Q : give some technical specification for subscriber
Q : explain overriding methods the solutionthe object oriented
Q : access burs through the crown carbide fissure burs
Q : a write short note on steady flow energy equation and its
Q : explain the factors controlling movements of gall
Q : define the term grade of servicegrade of service in loss
Q : access through the crownadvantages -allow for better
Q : explain traffic intensity in networkingtraffic intensity
Q : describe overriding methods assume that one day youve just
Q : define the term busy hourbusy hour continuous 1- hour
Q : a illustrate the concept of absolute thermodynamic
Q : coronal disassembly-if the existing restoration
Q : what is traffic engineering traffic engineering gives the
Q : functions of the gall bladderbile from the liver passes
Q : what is multiple inheritance a few object oriented
Q : explain what is multilevel inheritance the
Q : explain lan topologies and its basic topologieslan
Q : explain the functions of the liversecretion of bile the
Q : a describe that internal energy is property of the systemb
Q : a describe heat engine how is this engine characterizedb
Q : describe the superclass in inheritance in this example you
Q : list all seven layer of osi model and describe function of
Q : a show that all reversible engines operating between the
Q : explain the liver and biliary systemthe liver is the
Q : explain the role of cholecystokininpancreozymin cck-pz the
Q : what is inheritance in java explain with examplecode
Q : what are the advantages and disadvantages of packet
Q : explain hormonal phase of pancreatic secretionhormonal
Q : what is operator overloadinga few object oriented languages
Q : if the expression is quasi-static determine q deltau and w
Q : a derive the mathematical expression for steady flow energy
Q : explain what is constructors it is frequent the case in
Q : explain nervous phase of pancreatic secretionnervous phase
Q : explain functions of the pancreas - digestive
Q : what is overloading explain with an exampleoverloading is
Q : a show that two statements of second law of thermodynamics
Q : explain functions of the pancreas - neutralising
Q : what is the need of modem in data communication need of
Q : what is a modem modems are fundamentally used to interface
Q : explain the composition of pancreatic juicepancreatic juice
Q : implement the money class discussed in class this class
Q : a illustrate reversible irreversible and quasi-static
Q : what are the advantages of ccs over in-channel
Q : explain the intestinal phaserest 10 of the total gastric
Q : illustrate following key terms with suitable example -a
Q : explain the gastric phase - mechanism of secretion of
Q : nonsurgical retreatment secondary endodontic ttt -is the
Q : explain the ccitt hierarchical structure of routing using
Q : a smooth sphere of radius 15 cm and weight 2 n is supported
Q : explain cephalic phase or neural phase45 of the total
Q : a string lm long is tied to the ends of a uniform rod that
Q : a horizontal line abcd measuring 9m is acted upon by forces
Q : mechanism of secretion of gastric juice there is always a
Q : the greasted and least resultant of forces performing on a
Q : explain protective and excretory functionprotective
Q : explain haemopoietic functiongastric juice contains the
Q : what should be public what should be privateas a rule of
Q : explain the functions of gastric juice - antiseptic
Q : drive a mathematical expression for moment of inertia of a
Q : explain functions of gastric juice - enzyme actionenzyme
Q : explain functions of gastric juice - digestive functionas
Q : how we can changing the implementation suppose the car
Q : extraction of the tooth -in nonstrategic
Q : explain the three benefits of access protection access
Q : if the condition or the post disease as a result of
Q : describe the four levels of access protection any two
Q : give an examples of access protection this is how the car
Q : for this assignment you have to design and implement a
Q : explain the functions of stomach1 mechanical function
Q : describe about the term access protection global variables
Q : nonsurgical retreatment will be the preferred choice -less
Q : once the decision has been made to retain the tooth there
Q : what are different control function categories explainin
Q : explain the control of salivary secretionthe autonomic
Q : abcdef is a regular hexagon having forces of magnitude 3
Q : explain the heat loss and bacteriolytic actionheat loss -
Q : a what are the basic conditions for a body to be in state
Q : what is constraints explain with exampleone of the purposes
Q : explain the function of saliva -tastefood substances mixed
Q : explain the cleansing - functions of salivasaliva is
Q : a what do you understand by couple moment is it a free
Q : explain the lubrication of fooddry food enters the mouth it
Q : etiology-although this approach less desirable it is useful
Q : create a program using constructorsthe further program uses
Q : a the following forces all pull act at a point 6i 20 n
Q : explain the digestion of foodsalivary amylase or ptyalin
Q : tooth associated with persistent apical
Q : what are modes of operation of centralized spcin about all
Q : a describe a vector and scalar b what is meant by line of
Q : what is constructors explain with an examplea constructor
Q : a illustrate all the laws of mechanicsb what ate the two
Q : give an example for using getter methods class cartest6
Q : explain how tongue can sense different tastesour tongue can
Q : a comment on the require to idealise a body as a particles
Q : explain the filiform papillaethese are long and slender and
Q : how to returning multiple values from methods it is not
Q : explain fungiform papillaethese are situated mainly at the
Q : explain the circumvallate papillae these are the largest of
Q : compare electromechanical switching system with electronic
Q : how you returning values from methods in java its frequent
Q : draw the bending moment and shear force diagram for the
Q : explain the structure of tonguethe tongue is a muscular
Q : design the bending moment and shear force diagram for a
Q : what is setter methods explain with an examplesetter
Q : what is tonguethe tongue is a major organ you will agree
Q : give an example for passing arguments to methods class car
Q : explain new services of cpu based exchangethese new
Q : extraradicular infectionswhatever the cause of post
Q : explain accessory organs which help in digestionthe
Q : extraradicular infectionswhatever the cause of post
Q : write program to passing arguments to methods its generally
Q : explain nerve supply of the gastrointestinal tractthe
Q : pocket psedocyst lesions present as endodontic origins from
Q : explain the mucous membranethis layer is lined by the
Q : describe member variables vs local variables class car
Q : true cyst cyst that is completely lined by epithelial
Q : explain the submucous layerthis layer consists of loose
Q : explain hybrid network in standard telephone hand sethybrid
Q : explain the muscle layerthis layer consists of two layers
Q : what is the difference between extra and
Q : explain adventitia or outer coveringin the thorax the outer
Q : what is the reason of post endodontic disease either there
Q : calculate the kilometer within an hour class car string
Q : what are the causes of endodontic painlesions in
Q : endodontic success - according to strindberg 1956 the
Q : explain general structural plan of the gastrointestinal
Q : explain physiology of gastrointestinal systemin this unit
Q : describe invoking methods in javaclass car string
Q : endodontics principles and practiceaccording to american
Q : describe the following terms-a shear force and bending
Q : explain mouth to mouth respirationif no instrument is
Q : explain intermittent positive pressure lung inflation when
Q : explain the cabinet respiration such an apparatus is used
Q : what is methods in java explain with an exampledata types
Q : explain the oxygen toxicity - histotoxic hypoxiaexposure to
Q : an ideal gas is heated at fixed volume until its
Q : the dimension style commandthe dimension style command can
Q : derive heat transfer and work transfer expression in an
Q : explain hypercapnia and hypocapnia - histotoxic
Q : explain asphyxia - histotoxic hypoxiaimproper aeration
Q : explain emphysema - histotoxic hypoxiaemphysema is a
Q : air flows steadily at the rate of 05 kgs through an air
Q : dimension stylesdimension styles are the basic method used
Q : explain pneumothorax - histotoxic hypoxiait is a collection
Q : derive steady flow energy equationalso give applications of
Q : explain acclimatization - histotoxic hypoxiaa compensatory
Q : illustrate throttling process and free expansion process in
Q : what is initializing fields fields can and often should be
Q : how we use a car object in a different class class car
Q : answers all questionsi illustrate zeroth law of
Q : explain the member access separator class car string
Q : explain cyanosis - histotoxic hypoxiacyanosis is a physical
Q : explain the apnoeaapnoea means cessation of breathing
Q : how to construct objects with new operatorclass car string
Q : a combined cycle plant is designed to develop 200mw power
Q : a illustrate principal of magneto hydro dynamic system mhd
Q : explain the orthopnoea and tachypnoeaorthopnoea dyspnoea
Q : explain the hyperpnoeait is a term for an increase in the
Q : explain the dyspnoeashortness of breath or dyspnoea is a
Q : illustrate types of nuclear reactors with diagramsa give
Q : illustrate in brief the types of power plantillustrate the
Q : explain the histotoxic hypoxiait is a type of hypoxia in
Q : explain the stagnant or ischemic hypoxiait is a hypoxia
Q : the input-output curve of a 60 mw power station is provided
Q : explain the hypoxic hypoxiait is a hypoxia resulting from
Q : what is object oriented programming explain with an
Q : give a neat and clean diagram of heavy water type candu
Q : explain hypoxia and its typeshypoxia is the oxygen
Q : what is object oriented programming languagein classic
Q : explain fatigue - respiratory adjustmentsfatigue means a
Q : with the help of a neat diagram illustrate the working of
Q : explain the respiratory adjustments certain adjustments
Q : illustrate the following a ash handling systemb dust
Q : explain internal respirationwhat do you understand by the
Q : editing dimensionsthe dimension edit commands dimedit and
Q : with the help of neat diagram illustrate the working of
Q : illustrate how the rankine cycle efficiency is improved by
Q : a draw robot configurationb explain the significance of end
Q : the formula for resistors linked in parallel is a little
Q : explain yawing reflex actions - respiratory
Q : a diagram fms layout configurations with labelingb what are
Q : explain sneezing reflex actions - respiratory processthis
Q : a write short notes on part feeding devices and transfer
Q : explain hiccup reflex actions - respiratory processit is
Q : describe the termi automationii automated lines 04list out
Q : a what is the working of sensor in robotics b define the
Q : explain cough reflex actions - respiratory processcough
Q : a what are the elements of flexible manufacturing systemsb
Q : describe unbalanced arrays such as c java does not have
Q : a illustrate the concept of part families b explain briefly
Q : annotation with leadersordinate dimensions are not really
Q : what are the broad principals that will be applied in
Q : describe even higer dimensions in javayou dont have to stop
Q : a what do you understand by detroit-type automationb what
Q : what do you understand by solid modeling and wireframe
Q : define ruled surface and surface of revolutionillustrate in
Q : what do you mean by bezier curve shown b0 11 b1 23 b2 43 b3
Q : explain the vasomotor centre and cardio-inhibitory
Q : explain the following terms declaring allocating and
Q : give an industrial look at modern camcaddefine explicit
Q : the corners of wedge-shaped block are a002 b003 c023 d022
Q : explain vagus nerve - neural control of respirationthe
Q : what is the process of metal removal in electrochemical
Q : explain multi dimentional arrays in javaso far all these
Q : can you explain how electrochemical grinding is
Q : ordinate dimensionsordinate dimensions are not really a
Q : explain function systemarraycopy although copying an array
Q : breifly explain abrasive jet machining inbriefly explain
Q : how to initialize array in java individual elements of an
Q : discribe the ultrasonic machining with main emphasis on the
Q : explain the respiratory centrethe respiratory centre
Q : explain the basic working principle of ultrasonic machining
Q : how to creating arrays in javadeclaring arrays merely says
Q : how we declaring arrays in java languagelike all other
Q : define the transport of carbon dioxide in combination with
Q : list the precedence tableat last lets add the ampamp amp
Q : explain the transport of carbon dioxide in solutioncarbon
Q : why we avoiding short circuits if you need all of your
Q : define the basic working principle process
Q : explain the order of evaluation of logic operators when
Q : illustration the basic working principle process parameters
Q : describe the following in electric discharge machining
Q : explain the working principle surface finish material
Q : describe logical operators in java the relational operators
Q : explain transport of oxygen by red blood cellsoxygen
Q : describe the operator in java langaugethe conditional
Q : explain transport of oxygen by plasmaat a tension of 100 mm
Q : illustrate the working principle equipment usedprocess
Q : explain the operator in java the value of a variable
Q : describe the effect of following parameters on working rate
Q : describe the effect of following parametersabrasive grit
Q : explain switch statement in java languageswitch statements
Q : draw a diagram of ultrasonic machine and illustrate its
Q : differentiate between lbm and ebm process on the basis of
Q : explain total lung volume or total lung capacitytotal lung
Q : explain residual volume and functional residual
Q : explain inspiratory capacity and expiratory reserve
Q : compare the application of co2 and nd yag laser for cutting
Q : explain labeled loops in details generally inside nested
Q : explain tidal volume and inspiratory reserve volumetidal
Q : describe the basic process of spark erosion electric
Q : explain continue statement with exampleit is sometimes
Q : a what do you mean by assembly procedures in fem discuss by
Q : explain the pulmonary volumes pulmonary volumes are the
Q : explain break statement in a loop a break statement exits a
Q : a define the surface of revolutionb what do you mean by
Q : explain testing for equality with equalsthats not what you
Q : what do you understand by bezier surface discussdetermine
Q : define the rate and depth of breathingdo you know what the
Q : explain testing objects for equality in javalt gt lt and gt
Q : a define the blending function reparanetrizationb four
Q : explain abductor musclesabductor muscle is a muscle that
Q : explain the relational operator precedence whenever a new
Q : define the application of camcad to engineering design
Q : what are the different kinds of surface entities used in
Q : describe the relational operators in javajava has six
Q : explain the diaphragmthe diaphragm is a muscular membranous
Q : describe bezier curve what is converse-hull property of
Q : explain booleans in javabooleans are named after george
Q : what do you understand by orthographic projection
Q : what are the kinds of transformations illustrate each with
Q : write a program to explain do while loop in java this is
Q : discuss the layout configuration of fms with neat and clean
Q : explain multiple initializers and incrementers sometimes
Q : explain the for loop in java this is the hello program in
Q : what is fms illustrate the components of flexible
Q : write a code in java to explain the while loop in java this
Q : illustrate the types of classification and coding systems
Q : write a java code to explain else if if statements are not
Q : describe the automated flow lines with suitable diagrams
Q : explain the mechanics of respiration the process of
Q : discuss different kinds of automation and their advantages
Q : write a program of else statement in javathe else statement
Q : what is testing for equality in javatesting for equality is
Q : describe the if statement in java all but the most trivial
Q : explain java flow control if else else if while for do
Q : explain unicode in javajava uses the unicode character set
Q : dimension commandsfor example the illustration above shows
Q : explain the char data type in javaa char is a single
Q : draw layout of hydro-electric power plant and illustrate it
Q : explain the function of noseyou would agree that one of the
Q : how to convert string value to number in javawhile
Q : explain organs of the respiratory systemthe respiratory
Q : what is arithmetic promotion assignment and castingin an
Q : with the help of neat diagrams illustrate the construction
Q : explain the process of respirationrespiration is the
Q : with the help of neat and clean diagram illustrate the
Q : give the layout of a modern steam power plant and
Q : explain abnormalities due to changes in serum electrolytes
Q : discuss in detail the several energy resources and their
Q : explain the conditions for ventricular
Q : explain the ventricular fibrillationthis is a fatal
Q : explain arithmetic promotion and binary operationsan int
Q : explain sinus arrhythmia - electrocardiogramin few adults
Q : give the example of mixing data type in javamixing data
Q : what is mixing data typesas well as merging various
Q : explain sinus tachycardia - electrocardiogramwhen the only
Q : explain sinus bradycardia - electrocardiogramif the sa node
Q : illustrate in detail digital encodersillustrate the
Q : list the parentheses used in java languageas usual heres
Q : illustrate the construction and principle of working of a
Q : explain kinds of strain gauge bridge circuits and
Q : derive mathematical equation for the time response of a
Q : explain factors regulating blood pressureblood pressure
Q : describe various classifications of instruments and
Q : explain factors affecting viscosity of bloodviscosity of
Q : can you explain the basic blocks of a generalized
Q : explain parentheses in java sometimes the default sequence
Q : answer any five questionsa describe calibration and state
Q : explain the factors affecting peripheral resistancei if
Q : derive the mathematical expression for heat transfer and
Q : explain operator precedence in java its probable to combine
Q : one end of a rod 35 mm in diameter is diped into a furnace
Q : explain the peripheral resistanceresistance offered by
Q : a long hollow cylinder has outer and inner radii 150 mm and
Q : derive the relation for a fin insulated at the tip and the
Q : explain myocurdial ischemia and infarctionmyocardial
Q : explain the remainder or modulus operator in javajava has
Q : utility programs those programs which are not the essential
Q : explain cardiac compression - decreased cardiac outputrapid
Q : derive the mathematical expression for temperature
Q : system service programsystem service program supports and
Q : define hypovolemia or reduction in blood volumehypovolemia
Q : a copper bar 80 mm by 60 mm in cross-section k 370 wm
Q : list the unexpected quotients in java23 032 110
Q : control programscontrol programs are those programs which
Q : write a program to perform multiplication and division in
Q : explain change of posture - decreased cardiac outputwhen a
Q : write a program to add of doubles in javadoubles are
Q : write a program to add integer valueclass addints public
Q : explain increased cardiac output i an increase in blood
Q : derive the mathematical 3-d heat conduction equation in
Q : briefly explaini importance of thermal diffusivityii
Q : what are separators in javaseparators help elaborates the
Q : what is heart sounds have you ever heard your heart go
Q : derive the mathematical expression for steady state error
Q : list the keywords which are used in java 11the list of
Q : explain length-tension relationshipthe force of contraction
Q : briefly explain transient response for various input
Q : illustrate various kinds of control systemsillustrate
Q : what are the role of keywords in javakeywords are
Q : explain extrasystole and compensatory pause during the
Q : i illustrate forward path and self loopii describe transfer
Q : properties of a beating heartheart let us study a few
Q : how to begin a variable name with a numberif you need to
Q : illustrate with required expression for dynamically
Q : illustrate with required expression for hammer blow
Q : explain identifiers in java identifiers are the names of
Q : long refractory period - properties of a beating
Q : the turbine rotor of ship of mass 6000kg has a r of
Q : explain rhythmicity - properties of a beating heartnot only
Q : explain automaticity - properties of a beating hearttake
Q : explain the uniqueness of our heart cardiac muscle has some
Q : a illustrate with neat and clean diagram the measurement of
Q : explain parasympathetic nerves systemanother system that
Q : explain sympathetic - nerves systemsympathetic as the word
Q : a derive a mathematical expression for stability of an
Q : explain the categories of nerves systemthe nerves are
Q : explain control of our heart through nerves when we
Q : an inside cylinder locomotive has its cylinder centre lines
Q : explain term literals in javaliterals are pieces of java
Q : the four masses m1 m2 m3 and m4 having their radii of
Q : a single cylinder vertical engine has a stroke of 40cm and
Q : what is white space explain proper use of white space in
Q : explain immunohistochemistryhere the ag is tagged with a
Q : explain immunoblotting western blots in this technique
Q : explain immunoassay - antigen-antibody
Q : describe java operatorsan operator is a symbol which
Q : explain agglutination - detection of antigen-antibody
Q : illustrate working and construction of hydraulic
Q : explain precipitation - antigen-antibody interactionif
Q : determine the brake power of an engine which is running at
Q : explain all java primitive data typesboolean 1-bit may take
Q : explain in-vitro detection of antigen-antibody
Q : explain development of agranulocytes agranulocytes we know
Q : explain construction and working of rope brake dynamometer
Q : explain inhibitory factors haemopoiesis may be inhibited by
Q : define macrophages - csf it is produced by macrophages
Q : can you differentiate between dynamometer and
Q : explain gametocyte colony stimulating factorit is produced
Q : in a double acting vertical steam engine running at speed
Q : a motor cycle with rider weight of 250 kg the centre of
Q : explain primitive data types in javajavas primitive data
Q : the turbine rotor of a ship having a mass of 200kg moves at
Q : describe about basic java programming language1study the
Q : an inside cylinder locomotive has its cylinder centre lines
Q : germinating pollen grainsapparatus used-make a strong sugar
Q : if a laboratory experiment the following data were recorded
Q : observing pollen grains from different flowersfirst of all
Q : a torsion dynamometer is used in a propeller shaft of a
Q : dissecting simple flowerslabel each of five cards or pieces
Q : explain construction and working of belt transmission type
Q : write down short notes on i dynamometer and brakesii
Q : can you explain the principal on which a torsion
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