Senior Design I

Front 1

Functional performance

Back 1

The most important category of customer requirements is: constraints, functional performance, appearance, reliability

Front 2

Strategy

Back 2

All of the following are types of customer requirements except: robustness, strategy ease-of-use, geometry

Front 3

Robustness

Back 3

The performance of a product in spite of variations in its material properties, how it is manufactured, or how it is used is called: reliability, maintenance, robustness, human factors

Front 4

Formulation

Back 4

The secret to the successful solution of a design problem is a sound: project plan, concept design, design variable, formulation

Front 5

Benchmark studies

Back 5

Assessments of competitive products are called: focus groups, observation studies, market studies, benchmark studies

Front 6

Engineering characteristics

Back 6

Measures that help us quantify how well a product performs customer and company requirements are called: importance weights, constraints, engineering characteristics, variables

Front 7

Constraints

Back 7

Restrictions on the function or form of a design candidate are called: importance weights, variables, engineering characteristics, constraints

Front 8

Benchmark is best

Back 8

Customer satisfaction curves tend to fall into the following types except: more is better, target is better, benchmark is best, less is better

Front 9

Customer satisfaction

Back 9

An estimate of how well an engineering characteristic fulfills a customer's expectations is called: goodness unit, constraint, customer satisfaction, parameter

Front 10

Easy to maintain

Back 10

According to the Time magazine survey, a quality product is one that: works as it should, lasts a long times, and is: reliable, easy to maintain, durable, low-cost

Front 11

Demographics

Back 11

An engineering design specification includes the following except: constraints, engineering characteristics, demographics, importance weights

Front 12

Sales volume

Back 12

The HoQ for product planning includes all of the following except: sales volume, customer requirements, importance weights, benchmark performance

Front 13

All of the above

Back 13

Information sources include: surveys, literature, observation studies, all of the above

Front 14

Engineering characteristics

Back 14

Customer satisfaction curve illustrate the relationship between customer satisfaction and: profit, engineering characteristics, function

Front 15

Illicit

Back 15

Constraints can be all of the following except: explicit, illicit, restrictions on form or function, implicit

Front 16

Design concept

Back 16

The abstract of embodiment of a physical principle, material and geometry is called: synthesis, activity, synectics, design concept

Front 17

Physical principle

Back 17

The means by which some physical effect is caused is called a: design concept, motion principle, physical principle, function

Front 18

Function decomposition

Back 18

Diagrams that help to identify critical product functions and subfunctions are called: Pugh's method, brainstorming, function decomposition, physical principle

Front 19

Activity analysis

Back 19

Examining how a customer will use and ultimately retire a product is called: geometry analysis, physical analysis, activity analysis, decomposition analysis

Front 20

Inversion

Back 20

All of the following methods may be used to clarify the productions functional requirements except: activity analysis, function structures, inversion, functional decomposition

Front 21

Grind coffee

Back 21

All of the following are functions performed by an electric coffee maker except: store water, convert electricity, grind coffee, warm pot

Front 22

Synthesis

Back 22

Another word used for the process of generating alternatives is: synectics, synthesis, inversion, brainstorming

Front 23

Synectics

Back 23

A method that required a problem solver to view the problem from the four perspectives - analogy, fantasy, empathy and inversion is: brainstorming, archives, synthesis, synectics

Front 24

Matter

Back 24

As a function is performed, the following states may be changed except: matter, energy, time, signal

Front 25

Brainstorming

Back 25

The group method that takes advantage of team members' diverse skills, experience and personalities to generate innovative ideas is: internet archives, brainstorming, empathy

Front 26

All of these

Back 26

A feasible alternative concept design will likely: satisfy customer requirements, satisfy company requirements, not violate laws of nature, all of these

Front 27

Importance weights are not considered

Back 27

A drawback of the original Pugh's method is: criteria are not evaluated, importance weights are not considered, concepts are identified in columns, the team is unable to obtain a consensus

Front 28

Hooke's

Back 28

Concept evaluation methods to determine the relative worthiness of feasible alternatives include all of the following methods except: weighted rating, Pugh's modified Pugh's, Hooke's

Front 29

Morphological matrix

Back 29

A matrix used to form combinations of concepts into an alternative design is called: manufactured matrix, morphological matrix, concept matrix, mini matrix

Front 30

Trade secret

Back 30

The method of intellectual protection that can last an indefinite period of time is a: trademark, trade secret, contract, copyright

Front 31

Trademark

Back 31

A symbol, design, word or combination thereof, used by a manufacturer to distinguish its products from those of its competitors, is a: trade, copyright, trademark, trade dress

Front 32

Patent

Back 32

A document granting legal monopoly rights to produce, use, sell or profit from an invention, process, plant (biological) or design is a: trademark, trade dress, contract, patent

Front 33

Copyright

Back 33

Authors of creative literary, musical or artistic works have their work protected with a: contract, copyright, patent, trade dress

Front 34

Contract

Back 34

A written or verbal agreement between two parties is a: trademark, litigation, deal, contract

Front 35

Sprinkler systems

Back 35

Intellectual property is best protected by all of the following except: contracts, sprinkler systems, copyrights, trade secrets

Front 36

All of these

Back 36

A physical principle acts on a working geometry composed of surfaces and motions including: translation, rotation, non-motion, all of these, none of these

Front 37

Superior feasible concept

Back 37

The final output of the concept design phase is a: concept, infeasible design, configuration, superior feasible concept

Front 38

Pugh's

Back 38

Creative methods to generate novel concepts include all of the following except: Pugh's, checklists, brainstorming, synectics

Front 39

Verbs

Back 39

A way to help us define product functions is that functions are: adverbs, verbs, nouns, adjectives

Front 40

Concepts

Back 40

A product concept design differs from a concept design in that it includes a combination of specific: principle, concepts, materials, geometries

Front 41

Mechanical property

Back 41

The quantity that characterizes the behavior of a material in response to an external, or applied, force is called: strength, material property, mechanical property, physical property

Front 42

Strength

Back 42

A measure of the amount of force per unit area that a material can withstand before it fails is called strength, weight, intensity, hardness

Front 43

Stiffness

Back 43

The resistance to stretching, bending or twisting loads is called: ductility, impact strength, compressive strength, stiffness

Front 44

Fatigue strength

Back 44

The ability of a material to undergo a number of cyclical loads without fracturing is called: impact strength, compressive strength, fatigue strength, yield strength

Front 45

Ductility

Back 45

The ability of a material to plasticity deform is called: ductility, hardness, stiffness, impact

Front 46

Creep resistance

Back 46

The ability of a material to resist stretching under loads over long time periods at elevated temperatures is called: impact strength, creep resistance, comprehensive strength, ductility

Front 47

Hardness

Back 47

The ability of a material to resist localized surface indentation or deformation is called: ductility, stiffness, yield, hardness

Front 48

Density

Back 48

The amount of matter per unit volume is called: connectivity, melting point, conductivity, density

Front 49

Thermal conductivity

Back 49

The measure of the rate of heat flow between two surfaces, per unit area, per unit time, per unit of thickness, per degree of temperature difference is called: corrosion resistance, specific heat, coefficient of thermal expansion, thermal conductivity

Front 50

Melting point

Back 50

The temperature at which a solid changes to a liquid is called: melting point, specific heat, thermal expansion, thermal conductivity

Front 51

Bronze

Back 51

All of the following are classes of ferrous metals except: cast iron, alloy steel, bronze, stainless steel

Front 52

Thermoplastic

Back 52

Polymeric materials can be repeatedly softened by heating and hardened by cooling are called: thermoplastic, acrylic, thermoset, polystyrene

Front 53

Composites

Back 53

Materials that are heterogeneous mixtures of polyester or epoxy resins and fibers made from materials, including glass carbon and Kevlar, are called: ceramics, thermoplastics, polymers, composites

Front 54

Carbon fiber

Back 54

All of the following are ceramics except: zirconia, magnesia, silicon nitride, carbon fiber

Front 55

All of these

Back 55

Production function is interdependent on: material properties, product geometry, manufacturing processes, all of these

Front 56

Functional

Back 56

The materials first approach screens out those materials that do not meet which requirement: functional, marketing, manufacturing, aesthetic

Front 57

Part weight

Back 57

The manufacturing process first approach considers all of the following except: shape compatibility, part weight, production volume, part size

Front 58

Production volume

Back 58

Performance indexes are derived from all of the following except: production volume, functional requirements, material properties, product geometry

Front 59

Yield plasticity

Back 59

Ductile materials subjected to increasing loads are elastic then: melt, freeze, fracture, yield plasticity

Front 60

Fracture

Back 60

Brittle materials subjected to increasing loads are elastic then: fracture, melt, freezes, recrystalize

Front 61

Tertiary

Back 61

Manufacturing processes that relate to surface treatments such as polishing, painting, heat treating and joining are: primary, secondary, tertiary, initial

Front 62

Secondary

Back 62

Manufacturing processes that are used to add to or remove geometric features from the basic forms are called: primary, secondary, tertiary, initial

Front 63

Shearing

Back 63

All of the following are examples of bulk deformation except: forging, rolling, bar drawing, shearing

Front 64

Deformation

Back 64

Changing the shape or form of bulk from materials caused by compressive or tensile yielding is called: casting, machining, deformation, assembly

Front 65

Casting

Back 65

The process in which molten metal is poured into a cast to solidify is called: polymer processing, casting, machining, finishing

Front 66

Forging

Back 66

The process of plastically compressing material between two halves of dies set by hydraulic pressure or the stroke of a hammer is called: casting, assembly, deforming, forging

Front 67

Investment casting

Back 67

The process of solidifying molten metal in a ceramic cast made with wax patterns is called: investment casting, die casting sand casting, polymer casting

Front 68

Blow

Back 68

Which of the following polymer molding methods is used to produce hollow parts with thin walls: blow, injection, compression, transfer

Front 69

Compression molding

Back 69

Charge of thermoset or elastomeric is formed between heated mold halves under pressure while polymer cure is called: extrusion, injection molding, compression molding, die casting

Front 70

Injection moldin

Back 70

Manufacturing very complex shapes, including internal and external undercuts, is possible using: extrusion, injection molding, compression molding, transfer molding

Front 71

Shearing

Back 71

Cutting or seperating sheet metal along a straight line is called: shearing, blanking, drawing, bending

Front 72

Embossing

Back 72

Forming plastic indentations to form ribs, beads or lettering on surface of metal is called: punching, blanking, shearing, embossing

Front 73

Bending

Back 73

Plastic deformation of sheet metal using matched punch-and-die set is: punching, blanking, bending, shearing

Front 74

Drawing

Back 74

Which of the following processes is used to produce products such as soda cans, cartridge castings and pots and pans: drawing, embossing, blanking, punching

Front 75

Shearing

Back 75

Which of the following processes is used to size sheets for subsequent operations: drawing, shearing, bending, punching

Front 76

Machining

Back 76

Removing material from the workpiece by using a sharp cutting tool that shears away chips of material to create desired from or features is called: machining, casting, polymer processing, anodizing

Front 77

Machining

Back 77

Which of the following is often used as a secondary process to true up critical dimensions or surfaces, or to smooth the surface finish: deformation, casting, polymer processing, machining

Front 78

Milling

Back 78

Removal of material from a flat surface by using a rotating cutter tool is called: planing, sawing, milling, grinding

Front 79

Planing

Back 79

Removing material using a translating cutter as a workpiece feeds is called: planing, sawing, milling, grinding

Front 80

Shaping

Back 80

Removing material from a translating workpiece and stationary cutter is called: planing, shaping, grinding, milling

Front 81

Boring

Back 81

Increasing diameter of an existing hole with a cutting tool by rotating the workpiece is called: drilling, boring, reaming, facing

Front 82

Grinding

Back 82

The removal of material from a surface using an abrasive spinning wheel is called: turning, grinding, shaping, facing

Front 83

Boring

Back 83

Which machining process produces the smoothest surface: drilling, boring, turning, milling

Front 84

Shipping

Back 84

Handling actions, during assembly, include all of the following except: moving, orienting, placing, shipping

Front 85

Blooms

Back 85

Structural steel shapes result from rolling: blooms, slabs, sheet, billets

Front 86

Billets

Back 86

Bar and rod shapes results from rolling: blooms, slabs, sheet, billets

Front 87

Component types

Back 87

When configuring a product, we need to decide: geometric features, component types, design variables, all of the above

Front 88

All of the above

Back 88

When configuring a special-purpose part, our goal is to determine: type and number of features, their arrangement or connectivity, their dimensions relative to each other, all of the above

Front 89

Type of component

Back 89

When configuring a standard component we consider the: type of component, cost, vendor, all of the above

Front 90

Chunks

Back 90

Functional and physical elements arranged as a physical building block of a product are called: clumps, clusters, chunks, colletion

Front 91

All of these

Back 91

The steps to develop a product architecture include: create a schematic, cluster elements into chunks, make a rough geometric layout, identify the fundamental and incidental interactions, all of these

Front 92

Both a and b

Back 92

Examples of part features are: bosses, chamfers, both a and b, neither a nor b

Front 93

All of these

Back 93

A configuration requirements sketch includes: forces, energy flows, mating parts, supports, all of these

Front 94

Marketability

Back 94

A configuration analysis checklist includes all of the following criteria except: DFM, design for function, DFA, marketability

Front 95

Fastening

Back 95

Handling activities include all of the following except: orienting, fastening, moving, grasping

Front 96

Fabricating

Back 96

Design for assembly includes methods to improve all of the following except: fastening, fabricating, inserting, handling

Front 97

DFM

Back 97

A set of practices that aim to improve the fabrication of individual parts is: DFA, CAD, DFM, CAE

Front 98

Coffee cup

Back 98

All of the following are examples of modular architecture except: office partitions, coffee cup, personal computers, track lighting

Front 99

All of these

Back 99

Design for molding/casting includes: avoiding undercuts, adding stiffening ribs, avoiding thick walls, all of these

Front 100

Minimizing manufactured scrap

Back 100

Design for sheet metalworking includes: avoiding undercuts, minimizing manufactured scrap, avoiding thick walls, all of these

Front 101

All of these

Back 101

Design for machining includes: using standard parts, specifying liberal tolerances, using standard features, all of these

Front 102

Using standard parts

Back 102

Design for function includes all of the following except: safety, strength, using standard parts, ease of use

Front 103

Arcs/lines

Back 103

Feature-based modeling creates parts using all of the following except: chamfers, fillets, arcs/lines, ribs

Front 104

Solid modeling

Back 104

CAD software that provides for significant downstream benefits: solid modeling, 2D, surface modeling, wireframe

Front 105

A wide selection of alternatives

Back 105

To be selective we need: a wide selection of alternatives, weights, criteria, standards

Front 106

Complex

Back 106

Product development is almost always: linear, simple, complex, inexpensive

Front 107

Detail design

Back 107

We complete product specifications, drawings, performance tests and bills of materials in: detail design, configuration design, parametric design, concept design

Front 108

Concept design phase

Back 108

We make decision about the physical principles, geometry and material in the: detail design phase, configuration design phase, parametric design phase, concept design phase

Front 109

Configuration design

Back 109

We decide the type of geometric features on a part, their arrangement and their relative dimensions in: detail design, parametric design, configuration design, concept design

Front 110

Evaluate

Back 110

In which parametric design step do we assess feasible designs to determine the best design: analyze, refine, evaluate, generate

Front 111

Formulate

Back 111

In which of the five steps or parametric design do we gather appropriate data, clarify important details, consider different analytical and experimental analyses and then plan and decide how to complete the project: generate, analyze, evaluate, formulate

Front 112

Generate

Back 112

In which of the five steps of parametric design do we select different values for the design variables to synthesize different candidate designs: formulate, generate, evaluate, refine

Front 113

Infeasible

Back 113

Values of the design variables that do not satisfy the constraints are said to be: feasible, non-optimal, inaccurate, infeasible

Front 114

Are under the control of the design engineer

Back 114

Design variables are parameters that: describe specific conditions of use, are under the control of the design engineer, measure product performance, measure customer satisfaction

Front 115

Design for robustness

Back 115

Methods aimed at reducing the sensitivity of product performance to variations are called: Weighted rating, design evaluation, design for robustness, optimal performance

Front 116

Optimal design

Back 116

Methods to automate the generation of design variable values are: design robustness, safe design, optimal design, synthesis

Front 117

FEA

Back 117

Software that analyzes the motion and the forces of moments that cause motion: CAD, dynamics, FEA, QFD

Front 118

Coupling

Back 118

Trade-offs result in SEP compromises because of: coupling, variation, errors, constraints

Front 119

Inverse analysis

Back 119

Finding the values of design variables by algebraically juggling an equation is called: QFD, inverse analysis, variation analysis, optimization

Front 120

Design load

Back 120

A factor of safety for loads is the ratio of allowable load divided by: desirable force, design load, maximum load, minimum load

Front 121

PDPs

Back 121

Constraint can be all of the following except: limits on design variables, inequality relations, equality relations, PDPs

Front 122

Product concept

Back 122

Which of the following tests are usually done early in the developmental cycle to make sure that the product will have the right appearance and have the right combination of features: beta-prototype, preproduction-prototype, product concept, alpha-prototype tests

Front 123

Alpha-prototype

Back 123

Tests which use a prototype having the same geometric features, material and layout as the intended final assembly, but not the final manufacturing processes: alpha-prototype, virtual prototype, beta-prototype, preproduction-prototype

Front 124

Beta-prototype

Back 124

Tests in which a full-scale, functional part or product is prototyped using material and manufacturing processes that will be used in production is called: alpha-prototype, virtual-prototype, beta-prototype, preproduction-prototype

Front 125

Preproduction-prototype

Back 125

Tests in which a full-scale part or product is made and assembled with the final materials and actual production processes are called: visual-prototype, proof-of-concept, alpha-prototype, preproduction-prototype

Front 126

Rapid prototyping

Back 126

A technology that uses computers and computer-controlled equipment to automatically fabricate prototypes is called: rapid prototyping, alpha-prototyping, visual prototyping, beta-prototyping

Front 127

Stereolithography

Back 127

The rapid-prototyping process that uses a high-power laser to selectively solidify a liquid photopolymer, layer by layer, into the shape of the finished prototype is called: fused-deposition modeling, laminated-object manufacturing, selective laser sintering, stereolithography

Front 128

Fused-deposition modeling

Back 128

The rapid-prototyping process that deposits a thin filament of melted material on a horizontal layer, using numerically controlled positioners, is called: laminated-object manufacturing, fused-deposition modeling, CNC prototyping, stereolithography

Front 129

Laminated-object manufacturing

Back 129

The rapid-prototyping process that builds each prototype by laminating together thin layers of material, which have been cut using a numerially controlled laser, is called: laminated-object manufacturing, CNC prototyping, 3D-Inkjet prototyping, fused-deposition modeling

Front 130

Selective laser sintering

Back 130

The rapid-prototyping process that uses a high-power laser to sinter together fusible materials, such as powdered metals, layer by layer, is called: laminated-object manufacturing, selective laser sintering, fused-deposition modeling, stereolithography

Front 131

3D-Inkjet prototyping

Back 131

The rapid-prototyping process that selectively deposits a glue-like binder onto a layer of dry powder, layer by layer, which dries into a solid prototype is called: CNC prototyping, fused-deposition modeling, laminated-object manufacturing, 3D-Inkjet prototyping

Front 132

NC machining

Back 132

The rapid-prototyping process that begins with the creation of a virtual part created in the memory of a computer is called: overall rapid-prototyping process, fused-deposition modeling, stereolithography, NC machining

Front 133

Low capital equipment cost

Back 133

All of the following are advantages of rapid prototyping except: rapid tooling, low capital equipment cost, duplication ease and costs, flexibility

Front 134

Production

Back 134

All of the following are basic components in a product development test plan except: production, work space, objectives, schedule

Front 135

Sintering

Back 135

The heating and fusing of small particles resulting in a hard bonded material block is called: deposing, laminating, sintering, modeling

Front 136

Virtual prototype

Back 136

Non-real, electronic replica of a part or product is called: physical prototype, virtual prototype, scale model, NC/CNC

Front 137

Form

Back 137

Type of test to determine whether a part and/or product will have an acceptable appearance is: form, fit, safety, function

Front 138

Fit

Back 138

Type of test to determine whether a part and/or product will fit the user, with an acceptable precision is: form, fit, safety, function

Front 139

Additive

Back 139

A process that builds a part by adding layers of material is: subtractive, additive, gluing, machining

Front 140

NC/CNC

Back 140

Traditional prototyping does not include: clay modeling, NC/CNC, cardboard mock-ups, balsa wood scale-models

Front 141

Function

Back 141

Type of test to determine whether a part and/or product will perform as required is called: form, fit, safety, function

Front 142

Cause

Back 142

In the failure modes and effect analysis method, the reason why a part fails owing to a defect in design or manufacture is called the: effect, cause, severity, detection

Front 143

Effects

Back 143

The adverse consequences that the customer might experience is called: severity, causes, effects, detection

Front 144

Defects

Back 144

The risk priority number is the product of the following factors except: severity rating, defects, occurrence rating, detection rating

Front 145

Rotating

Back 145

All of the following are examples of prevailing part failure modes except: binding, rotating, leaking, fracturing

Front 146

Expected

Back 146

What "likelihood" would rate a 10 on the occurrence rating chart? occasional, remote, expected, improbable

Front 147

All of these

Back 147

At what stage in the life of a product may injuries occur to employees or customers: manufacture, use, retirement, all of these

Front 148

Contact hazards

Back 148

Injuries received by touching hot surfaces, sharp edges or electrically charged parts are caused by: contact hazards, entrapment hazards, impact hazards, entanglement hazards

Front 149

Impact hazards

Back 149

Injuries received from hammer blows are called: contact hazards, impact hazards, ejection hazards, entanglement hazards

Front 150

Safety hierarchy

Back 150

The design method that establishes priorities for risk reduction is called: safety alternatives, hazard reduction, safety hierarchy, hazard hierarchy

Front 151

Dual use

Back 151

The fundamental design principles used to design safe products and systems include all of the following except: dual use, safe-life, redundant design, fail-safe

Front 152

Ejection hazards

Back 152

Particles flung from moving machinery are called: contact hazards, impact hazards, ejection hazards, kinetic hazards

Front 153

Civil actions

Back 153

Legal actions taken to recover damages for personal injury or physical damage to property are called: civil actions, criminal actions, products liability actions, legal proceedings

Front 154

Employees

Back 154

Occupational Health and Safety Act protects: vendors, customers, employees, shippers

Front 155

Eliminate the hazard

Back 155

The highest priority design effort should be to: provide training, protect against the hazard, eliminate the hazard, provide warnings

Front 156

Clearance fit

Back 156

Which type of fit specifies a deliberate space between mating parts: interference fit, worst-case fit, clearance fit, statistical fit

Front 157

Working drawings

Back 157

Production drawings are also called: detail drawings, graphic drawings, working drawings, design drawings

Front 158

Detail drawings

Back 158

Orthographic projection views of a part, showing its geometric features drawn to scale along with full dimensions, tolerances, manufacturing-process notes and title block, are called: assembly drawings, working drawings, detail drawings, diagrams

Front 159

Bill of materials

Back 159

A table of part information, organized with column headings for part number, part name, material quantity used in assembly and other special notes, is called: parts bill, piece invoice, resource invoice, bill of materials

Front 160

Schematics

Back 160

Diagrams of electrical or mechanical systems using abstract symbols are called: charts, figures, schematics, sketches

Front 161

Charts

Back 161

Illustrations that portray relationships among numerical data, for example, sales versus time, are called: charts, figures, schematics, sketches

Front 162

Sketches

Back 162

Hand-drawn rough drawings, drawn without the use of drawing instruments are called: schematics, sketches, figures, charts

Front 163

Memoranda

Back 163

Communications, three to nine pages long, sent to a broad audience, and covering many topics are called: test reports, progress reports, memoranda, letters

Front 164

Test reports

Back 164

Technical reports detailing engineering or scientific tests on materials, prototypes and/or products are called: memoranda, test reports, letters, progress reports

Front 165

Letters

Back 165

Brief communications sent to a few selected individuals on a specific topic are called: letters, memoranda, progress reports, test reports

Front 166

Design-project report

Back 166

A formal report prepared at the conclusion of a design project, summarizing the work tasks undertaken and discussing their recommended design in detail is called: progress report, design-project report, test report, design report

Front 167

Research report

Back 167

A technical report, similar to a test report, but broader in coverage, including additional sections such as an abstract, literature review, laboratory/test program description and bibliography, is called: design-project report, progress report, research report, project-progress report

Front 168

Excellent preparation

Back 168

An excellent presentation requires: excellent preparation, good refreshments, professional speakers, audio/visuals

Front 169

Both a and c

Back 169

Q & A following a presentation should be: encouraged, discouraged, prepared for, both a and c

Front 170

All of these

Back 170

When giving a presentation we should: start on time, stick to the schedule, end on time, all of these

Front 171

Simple

Back 171

Product data management systems can be all of the following except: simple, secure, facilitating, fast

Front 172

Empathy

Back 172

The four elements of teamwork include all of the following except: collaboration, empathy, communication, decision making

Front 173

"Twittering"

Back 173

We can practice effective listening by doing all of the following except: asking questions, showing respect, "twittering", stop talking

Front 174

Norming

Back 174

At this stage of team development, standards are established and a team spirit emerges: forming, storming, norming, performing

Front 175

All of these

Back 175

An effective meeting agenda includes: topic to be discussed, estimated time for each topic, person assigned to facilitate the topic discussion, all of these

Front 176

All of these

Back 176

A code of ethics: establishes ethical standards of professional conduct, establishes rules to assist our decision making, encourages value-laden decision making, all of these

Front 177

Safety

Back 177

Values associated with professional ethics include all of the following except: honesty, safety, fidelity, integrity

Front 178

Storming

Back 178

At this stage of team development, members begin to realize the enormity of the project and recognize differences in individual abilities, personalities and work styles: norming, forming, storming, performing