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Q&A Bank >> 25 July 2013



Q : 1a child pulls a toy car weighing 020 kg across a smooth
Q : design and draw a circuit using the cascade system to
Q : q illustrate the concept of hybrid designhybrid design pure
Q : q explain the concept of top down designtop down design a
Q : q explain the concept of bottom-up designbottom up design
Q : q define external couplingexternal coupling a form of
Q : q what is control couplingcontrol coupling module a as well
Q : q what is stamp couplingstamp coupling stamp coupling take
Q : normal 0 false false false en-in x-none x-none
Q : q explain about data couplingthe dependency among module a
Q : illustrate the gks systemthe user communicates with the
Q : q biological monitoring to validate that the sterilizerthe
Q : q show the chemical indicators used in sterilization
Q : prevention of overloading the sterilizermost sterilizers
Q : requirements for standard interface the interface must
Q : all the efforts that go into the preparation of instruments
Q : the classification was given by spaulding and is based on
Q : q use of aldehydes as chemical sterilantformaldehyde widely
Q : how can we transfer data among cad systemthe three main
Q : q can we use ethylene oxide as chemical sterilantethylene
Q : ultrasonic and sonic vibrationscells of all types can be
Q : what is caddrawings created with computer-aided design cad
Q : q explain about non ionising radiationnon ionising
Q : q define the ionizing radiation for sterilizationionizing
Q : q explain about dry heat sterilizationit is used to
Q : q advantage and disadvantage of steam
Q : the several types of steam sterilizers that are in use1 lab
Q : q what is autoclave sterilizationword autoclave means self
Q : q show the use of incineration for sterilizationthis is an
Q : creating 3-d solid modelstwo basic approaches to create
Q : q how tyndallisation used for sterilizationjohn tyndall
Q : q how boiling used for sterilizationthough highly
Q : q how drying used for sterilizationmoisture is essential
Q : q sunlight used for sterilizationit possesses appreciable
Q : what is octree encodingoctress are hierarchical variant of
Q : q chemical agents available for sterilizationchemical
Q : cell-decompositionin cell-decomposition an object can be
Q : modalities available for sterilizationthe most accepted
Q : packaging for instruments and cassettes packaging used for
Q : normal 0 false false false en-in x-none x-none
Q : instrument examination and carecleaning instruments
Q : q classifications of mechanical cleaning devicesin general
Q : primitive instancingin primitive instancing the modeling
Q : q mechanical means of instrument cleaningusing mechanical
Q : hybrid sweepit combines linear andor non-linear sweep via
Q : non-linear sweepin non-linear sweep the path is a curve
Q : q calculate infant mortality ratemid year population
Q : linear sweepin linear sweep the path is a linear or
Q : sweep representations the simplest form of sweep is that
Q : a new shopping mall is considering setting up an
Q : the construction manager for acme inc must decide whether
Q : half-space methodsolid representation is based
Q : analytical solid modeling asmasm is closely related to
Q : during this course you have reflected on read about and
Q : name the boolean set operators used in csgthe boolean set
Q : constructive solid-geometry methods csgconstructive models
Q : constructive solid geometry csg or c-repa csg model is
Q : manifoldsthe surface of a solid must satisfy some
Q : q explain the instruction decodeinstruction decode this
Q : q how steps of instruction execution can be broken downlets
Q : disadvantages with the boundary representationi it requires
Q : advantages of the boundary representationi this format
Q : q show the instruction execution by using the
Q : tessellated modellers solid modeling this
Q : q explain arithmetic shift micro-operationsin arithmetic
Q : q explain logical shift micro-operationsin logical shift
Q : q illustrate shift micro-operationsshift is a valuable
Q : determine the edge tableeach entry in the edge table
Q : q what about division and multiply operationsin most of the
Q : q define the arithmetic micro-operationsthese
Q : the winged-edge representationperhaps the oldest data
Q : q illustrate memory read operationmemory unit receives the
Q : q explain the memory transfer processmemory transfer
Q : q show the bus and memory transfersa digital computer has
Q : q show the conflict in registerall micro-operations written
Q : q what is control functionif transfer is to take place only
Q : q how to information transfer from one register to
Q : what is euler operatoronce a polyhedron model is available
Q : the euler-poincare formula the euler-poincareacute
Q : polyhedra and eulers formulathe b-rep of a polyhedra that
Q : register transfer micro-operationsthese micro-operations as
Q : q explain the type of micro-operationslets first discuss
Q : q sequence of micro -operations to perform a specific
Q : tropical geometric information of solidsa face is
Q : we have determined the general architecture and register
Q : geometric information of b-repgeometric information are
Q : topological information of b-rep it provide the
Q : primitives of b-rep schemethe building blocks for b-rep
Q : q define the register lengthregister lengthasignificant
Q : q what is the significance of having less memory references
Q : q explain about data registersthe data registers are used
Q : q describe about general-purpose registersthe
Q : q explain programmer visible registersthese registers can
Q : q what is status control and registersstatus control and
Q : q explain about programmer visible registersprogrammer
Q : q total number of registers in a cpufactors to consider
Q : the number and nature of registers is a major factor which
Q : q how do the registers help in instruction executionwe will
Q : q show the fundamental process of instruction executionthe
Q : define the boundary representation of solidsboundary model
Q : a computer manipulates data consistent with instructions of
Q : q show the mips addressing modesmips addressing modes mips
Q : explain the methods of solid modelingthe various methods
Q : q meaning of every field in mips instructionthe meaning of
Q : the drawbacks of wfm technique have been
Q : q explain about variable-length of instructionswith the
Q : allocation of bits among opcode and operandthe trade-off
Q : q basic tradeoff of concerns for instruction set
Q : q designing the instruction format is a complex
Q : what is wire-frame wire-frame models use the simplest data
Q : q fundamental issues of concerns for instruction set
Q : what is solid modelingsolid modeling is the most powerful
Q : q how to calculate register indirect addressingthe
Q : hls colour model this model has the double-cone
Q : q illustrate benefits of register addressing modethe key
Q : hsv colour modelinstead of a set of colour primaries the
Q : determine yiq colour modelwhereas an rgb monitor requires
Q : q drawback of indirect addressingbull drawback of this
Q : q explain salient points about indirect addressinga number
Q : a 5-years rs100 debenture of a firm can be sold for a net
Q : rgb modelthe rgb model is based on the assumption that any
Q : illustrate trivariate colour modelsconventional colour
Q : properties of colourcolour descriptions and specifications
Q : this is a test program that tests the student and
Q : in this assignment you are required to develop a program
Q : comparison of gouraud and phong shadingphong shading
Q : 1 why does rent control result in a shortage of rental
Q : approximating smooth surfaces with polygon netsnetworks of
Q : determine the components of illuminationthe light reaching
Q : simplifying assumptions of wire frame representationneglect
Q : q why is good design important for a product ans a superior
Q : q define the product metricsi product metrics explains the
Q : illumination of wire framethe colour or shade that a
Q : list any three characteristics of a good srsansthe srs
Q : rendering shading and colouringby introducing hidden line
Q : q facilitated application specification techniquea team
Q : q what is requirement elicitation methodssubsequent to
Q : q advantage of software life cycle modelthe advantage of
Q : q explain the software life cycle model that incorporates
Q : q discuss any two software characteristics ans software is
Q : q what is structured programming and why is it importantans
Q : q what is reverse engineeringans it is a method of
Q : q illustrate functions that dynamic testing tools
Q : q explain test archiving systemstest archiving systems the
Q : q what is test file generators and test harness systemstest
Q : q explain test data generators - testing toolstest data
Q : overlapping or intersectinga polygon overlaps or intersects
Q : q what are dynamic testing tools explain the functions that
Q : q define graph matrix and connection matrixans graph matrix
Q : q describe system testingans system testingsystem test are
Q : q why does the software design improve when we use
Q : q explain the development phases of the detailed cocomo
Q : q show the importance of function pointimportance of
Q : q what is function pointsfunction points function point
Q : q explain information flow indexinformation flow index
Q : determine the disjoint of division methoda polygon is
Q : surrounding of sub division methoda polygon surrounds a
Q : q differentiate between structured analysis and structured
Q : q discuss the various strategies of design which design
Q : q list four reasons why it is difficult to improve software
Q : q what is ripple effect how does it affect the stability of
Q : q describe the various steps of the reuse-oriented modelthe
Q : q why we need restructuring techniquesthe restructuring
Q : area subdivision methodin this method the viewport is
Q : q what is data restructuring explaindata restructuring
Q : q what is code restructuringcode restructuring it is
Q : q describe the various types of restructuring
Q : q what are the assumptions of the execution-time component
Q : binary space partitiona binary space-partitioning bsp tree
Q : q applicability with reference to software reliability
Q : q resource usage with reference to software reliability
Q : q explain predictive validitypredictive validity it is the
Q : explain about franklin algorithmwe mentioned how the number
Q : theobjectiveoftheassignment is tofamiliarize
Q : warnocks algorithman interesting approach to the
Q : q what is boundary value analysisboundary value analysis it
Q : q explain equivalence class partitioning equivalence class
Q : q what is structure charta structure chart is a top-down
Q : q define a class diagram with exampleclass diagram a class
Q : q explain about communicational cohesioncommunicational
Q : q explain common coupling with examplecommon coupling
Q : 15kwton of refrigeration is required to maintain temp of
Q : q post-production design feedback for future designs
Q : q usual stages of the simplified design process
Q : painters algorithmas the name suggests the algorithm
Q : list the points of a simplified design processans a design
Q : q illustrate detailed cocomo modeldetailed cocomo it
Q : q explain intermediate and detailed cocomo
Q : q explain static multivariable modelthey relies on several
Q : algorithm for z-buffer methoda initialize every pixel
Q : q static single variable model and static multivariable
Q : q compare the manpower and development timemanpower may
Q : q compare the productivity and difficultyproductivity
Q : q define evolutionary prototypingevolutionary prototyping
Q : q explain throw-away prototyping and evolutionary
Q : illustrate the back face detection methoda single
Q : explain about hidden-surface hidden-line removal refers to
Q : define wire-frame modelthis skeletal view is called a
Q : explain the concept of hidden linesthe problem of hidden
Q : how can the third dimension be displayed on the screenthe
Q : determine the stereo visionthere is still one more major
Q : normal 0 false false false en-in x-none x-none
Q : what are the objectives of visual realism applicationsafter
Q : illustrate the visual realism applications a robot
Q : explain cam softwarecadcam software has been recognized as
Q : this assignment will give you practice with interactive
Q : your class must contain the followings 20 pointscode a
Q : i want to get some idea about how i can make a project on
Q : define osseointegration and its theoriesosseointegration
Q : relate the oxide layer and biocompatibility of titaniumthe
Q : q important issues related to srsa system goals as well as
Q : enumerate different implant materials with their pros and
Q : q discuss the important issues that a srs must addressans
Q : list the requirements of implant materialsa biologically
Q : q why waterfall model is advantageous than adhoc methodswhy
Q : classify biomaterials and list some examplesbiologic
Q : explain the waterfall model explain why it is more
Q : q define capability what are the quantities that determine
Q : define biomaterial and an implant and state their role in
Q : q what do you mean by core dumpscore dumps are a repairing
Q : user documentation consist descriptions of the functions of
Q : q what is equivalence class testingequivalence class
Q : hydroxyapatite coatinghydroxyapatite coating has been
Q : what is metallic implantsmetallic implants undergo one or
Q : determine the biologic responsethe biologic response can
Q : q define repeated inheritance and encapsulationrepeated
Q : q what do you mean by classa class is a template that
Q : q define aggregation among objectsaggregation between
Q : q what is a modular system list the important properties of
Q : what are the three activities of risk assessmentans the
Q : relation between tissue and the implant materialthe
Q : what is machined implant machined implant has irregular
Q : implant surface affect osseointegrationsurface topography
Q : q illustrate key process areas of cmmthe key process areas
Q : q explain activities of software maintenancethe software
Q : q what problems arise if two modules have high couplingans
Q : occlusal load affect osseointegrationthe timing and amount
Q : q how is software design different from codingans points of
Q : q differentiate between object oriented and function
Q : how bone density affect osseointegrationthe most important
Q : how surgical technique affect osseointegrationthe osteotomy
Q : determine the biocompatibility of the material it is a
Q : factors affecting osseointegrationa biocompatibility of the
Q : q discuss some of the problems that are faced during
Q : q why is maintenance of a software important discuss some
Q : q explain the limitations of testingans though testing is
Q : stages of contact osteogenesisosteoconduction this is the
Q : q differentiate between functional testing and structural
Q : q define software testing explain various level of
Q : q compare the basic cocomo model with the detailed cocomo
Q : q explain steps in building the structure chartsteps in
Q : contact osteogenesis in this the osteogenic cells attach to
Q : explain the distant osteogenesisin this an extracellular
Q : osteogenesisthe term osteogenesis describes essentially two
Q : q how to build the structure chartbuilding the structure
Q : mechanisms of endosseous integrationthree terms may be used
Q : molecular and cellular strategies to improve bone formation
Q : q explain cause effect graphingcause-effect graphing is the
Q : q write short notes on configuration managementsoftware
Q : name the proteins used in oteoblastsome of these proteins
Q : q why is srs also known as the blackbox specification of
Q : q distinguish software faults and software failuresans
Q : q explain logarithmic poisson execution time modelthis
Q : what is osteoblastthe osteoblast is the key for the
Q : essential concepts of endosseous healing1 osteoblast is the
Q : define software reliability what is the difference between
Q : q how does the risk factor affect the spiral model of
Q : q what is the advantage of utilizing prototype software
Q : maturation and adaptation 18 to 54 weeksthe final stage
Q : lamellar compaction and remodeling 6 to 18 weeksa
Q : q 1 define a software process how do software myths affect
Q : wound healing and formation of woven bone stage 1 wound
Q : determine the stages of healing eventsthe healing events
Q : healing events around implantshealing of an implant is
Q : physiologic adaptationmodeling is a surface specific
Q : osseointegration vs biointegrationin 1985 deputter observed
Q : weisss theory of fibroosseous fixationweiss theory stated
Q : branemarks theory of osseointegrationin 1952 swedish
Q : fibro-osseous retention vs osseointegrationfibro-osseous
Q : q salient features of direct addressing modea number of
Q : salient points about addressing mode are this
Q : determine the function of osseointegration osseointegration
Q : explain about osseointegrationosseointegration is regarded
Q : carbon based materialsthese include pyrolytic carbon
Q : explain in brief about polymersin comparison to metals and
Q : the typicality of virtual addresses is that they are longer
Q : q what is a virtual addressvon neumann had suggested that
Q : q what is effective address the symbol ea effective address
Q : q why we use addressing schemes an operation code of an
Q : q pros and cons of general purpose register
Q : what is ceramicsa kind of material that is bone like based
Q : q define general purpose register architecturegeneral
Q : q evaluation stack architecturea stack is a data structure
Q : q explain fundamental instruction set characteristicslets
Q : explain biomaterial implantationwhen a biomaterial is
Q : generally the instruction set architecture isa of a
Q : q describe miscellaneous and privileged instructionsthese
Q : name the corrosion resistant metalsmost of the corrosion
Q : illustrate briefly about titanium it is generally accepted
Q : q describe program control instructionsthese instructions
Q : q what is stack and register manipulationstack and register
Q : name the alloys which are commonly usedthe most commonly
Q : character and string processing instructions string
Q : q define the circular shifts circular shifts rotate right
Q : q illustrate arithmetic shifts with examplearithmetic
Q : explain about extra low interstitialextra low interstitial
Q : what are the properties of titaniumtitanium has several
Q : q what is shift operationshift shift operation is employed
Q : titanium and its alloys - alloplastic implant
Q : q illustrate logical data processing instructionsand or not
Q : tantalum and niobium in alloplastic implant materials
Q : q explain arithmetic data processing instructionsthese
Q : metals and alloys in alloplastic implant materialsmost of
Q : categories of alloplastic implant materialsthe entire
Q : q define logical data as operand data typeevery word or
Q : functionality of implant materialit should take maximum
Q : q how the characters used in operand data typea common form
Q : q number used as operand data typenumbers all machine
Q : what are the chemical requirements of implant materialsit
Q : mechanical requirements of implant materialsdental implants
Q : q address - operand data typesaddresses operands residing
Q : biologically compatibility od implant materialsan ideal
Q : explain about bioactive materialsbioactive materials
Q : state bioinert materialsbioinert materials are chemically
Q : what are the biotolerant materialsbiotolerant materials are
Q : bioactiveceramics- hydroxyapatite tricalcium
Q : bioinertmetals- commercially pure titanium titanium
Q : biotolerantmetals - co- cr alloys stainless steel gold
Q : what is biomaterialbiomaterial is defined in the broader
Q : explain the classes of biomaterialswhen an artificial
Q : regression testing-it is the re-execution of some subset of
Q : explain about the software testing strategiesa method
Q : explain in detail about black box testingblack box or
Q : structure of design it allows the decomposition of a large
Q : explain in detail the design conceptsabstraction data
Q : some of the fundamental considerations for instruction set
Q : q how many instructions in a computer a computer can have a
Q : explain in detail about structural modeling structural
Q : q how is an instruction representedinstruction is signified
Q : for this machine there can be two more possible addressing
Q : explain in detail about functional modelingthis model
Q : q define opcode and operandsthe most common fields which
Q : q what are the elements of an instruction as the function
Q : explain in detail about data modeling data modeling creates
Q : explain about rapid prototyping techniquesexecutable
Q : throw-away prototypingobjectivethe principal objective of
Q : explain evolutionary prototypingobjectivethe principal
Q : explain the prototyping approaches in software processtwo
Q : rad modelrapid application development model is the method
Q : explain about the incremental modelhave similar phases as
Q : explain spiral modelthe spiral model is separated into
Q : iterative waterfall modelthe iterative waterfall model is
Q : q describe about instruction setinstruction set is the
Q : q what is switched mode power supplysmps is the unit into
Q : q power supply in computer systemcomputer operate
Q : what are the types of static testing toolsthere are three
Q : how the case tools are classifiedcase tools can be
Q : what is architectural evolutionarchitectural evolution is
Q : dont scan at more resolution than needed this saves
Q : what are the types of software maintenancecorrective
Q : define maintenancemaintenance is explained as the process
Q : write about software change strategiesthe software change
Q : why software change occurssoftware change happens because
Q : what is evaearned value analysis is a process of performing
Q : what is the purpose of timeline chartthe purpose of the
Q : give the procedure of the delphi method1 the co-ordinator
Q : q describe the size and speed of scannersbefore actual
Q : what is cocomo modelconstructive cost model is a cost model
Q : what are the advantages and disadvantages of size
Q : q show the dynamic range and colour depthdynamic range is
Q : what are the types of metricsdirect metrics - it refers to
Q : q what is interpolated resolutionevery scanner is
Q : define metricsmetrics is explained as the degree to which a
Q : optical resolution or hardware resolution is mechanical
Q : write about the types of project planquality plan - this
Q : what are the common approaches in debuggingbrute force
Q : q application and factors related to scannerswhen you
Q : q describe about modem languagemodems understand a set of
Q : q illustrate working of pocket and pc-card modemspocket
Q : q what is external modemsexternal modems modems externally
Q : q explain what is internal modems internal modems internal
Q : q why we use modema modem is one device which most computer
Q : q which colour technologies used in monitors and
Q : q what is ditheringcmyk provides only 8 colours c m y k
Q : define debuggingdebugging is explained as the process of
Q : what are the various types of system testing1 recovery
Q : q explain rby and cmyk colour printingfor good printing
Q : what are the conditions exists after performing validation
Q : there are three primary colours in pigments - red yellow
Q : q what is laser printerslaser printers are page printers
Q : what are the benefits of smoke testingintegration risk is
Q : what are the advantages and disadvantages of
Q : write about drivers and stubsdrivers and stub software
Q : what are the various testing strategies for conventional
Q : distinguish between verification and validationverification
Q : q explain working of dotmatrix or inkjet printersthree
Q : how to compute the cyclomatic complexitythe cyclomatic
Q : q measure of speed in page or line printermeasure of speed
Q : what is cyclomatic complexitycyclomatic complexity is
Q : q calculate print speed of printersspeed at which a printer
Q : q define print resolution of printersprint resolution is
Q : q show the classification of printersprinters can be
Q : printers are devices which put ink on paper in a controlled

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