1. Manufacturing connected to final assembly; lean production system; one piece flow system
a.
Linked-Cell Shop
b.
Kinetic Energy
c.
Project Shop
d.
Conductors
2. Physical quantity that has both magnitude and direction
.
Statics
a.
Vector Quantities
b.
Actuators
c.
Statistics
3. of or being a nonmetallic element that has some of the properties of metal
.
Metalloid
a.
Entropy
b.
Centroid
c.
Reservoir
4. Movement of electrons
.
Electricity
a.
Element
b.
Energy
c.
Electron Flow
5. Electrical component that resists flow of electrical current
.
Reservoir
a.
Resistor
b.
Actuators
c.
Resilience
6. a measure of how likely it is that some event will occur
.
Projectile
a.
Electricity
b.
Rolling
c.
Probability
7. Maximum stress that a material will withstand without permanent deformation.
.
Statistics
a.
Elastic Limit
b.
Electricity
c.
Statics
8. 100% good units flow from process to process
.
Vector Quantities
a.
Lean Manufacturing
b.
Fluid Conductors
c.
Inductors
9. resistance to the flow of heat; AKA r-value
.
Thermal Resistance
a.
Resistor
b.
Statistics
c.
Pneumatics
10. Product being manufactured cannot be easily moved during production; production processes are brought to
the product
.
Projectile
a.
Probability
b.
Resistor
c.
Project Shop
11. Use of liquid flowing under pressure to transmit power
.
Hydraulics
a.
Statistics
b.
Statics
c.
Rolling
12. Tubes or hoses
.
Conductors
a.
Inductors
b.
Fluid Conductors
c.
Actuators
13. Allows current to flow in only one direction
.
Diode
a.
Element
b.
Force
c.
Valve
14. the ratio of the number of favorable outcomes to the number of possible outcomes
.
Event (Probability)
a.
Sample Space (Probability)
b.
Theoretical Probability
c.
Experimental Probability
15. point at which deformation becomes permanent
.
Metalloid
a.
Yield Point
b.
Element
c.
Centroid
16. A series of operations that transform raw or unfinished materials into finished products
.
Lean Manufacturing
a.
Manufacturing Process
b.
Pneumatics
c.
Actuators
17. The velocity of a moving body at the starting; especially the velocity of a projectile as it leaves the mouth of a
firearm from which it is discharged.
.
Kinetic Energy
a.
Electricity
b.
Metalloid
c.
Initial Velocity
18. For every action force, there is an equal and opposite reaction force
.
Reservoir
a.
Electron Flow
b.
Newton's 3rd Law
c.
Ohm's Law
19. A moving object
.
Probability
a.
Project Shop
b.
Projectile
c.
Pneumatics
20. States that the direct current flowing in an electric circuit is directly proportional to the voltage applied to the
circuit; V=IR R=V/I I=V/R
.
Electron Flow
a.
Newton's 3rd Law
b.
Ohm's Law
c.
U-value
21. Converts fluid power to mechanical power
.
Conductors
a.
Pneumatics
b.
Resistor
c.
Actuators
22. A static determinate structure is a structure that can mathematically be solved
.
Kinetic Energy
a.
Statistics
b.
Plastic Deformation
c.
Static Determinacy
23. Object's center of gravity or center of mass
.
Metalloid
a.
Centroid
b.
Reservoir
c.
Entropy
24. Force x Distance
.
Static Determinacy
a.
What does a moment equal?
b.
Gases are affected by:
c.
Absolute Pressure
25. All employees are also inspectors
.
Initial Velocity
a.
Vector Quantities
b.
Experimental Probability
c.
Integrated Quality Control (IQC)
26. Atmospheric pressure + gauge pressure
.
Resilience
a.
Toughness
b.
Absolute Pressure
c.
Pump/Compressor
27. shaping metal by heating and hammering
.
Element
a.
Energy
b.
Forging
c.
Rolling
28. The study of objects at rest
.
Statistics
a.
Pneumatics
b.
Actuators
c.
Statics
29. Stores fluid
.
Resistor
a.
Centroid
b.
Reservoir
c.
Entropy
30. Current that flows from the positive side of the battery to the negative side (engineering disciplines)
.
Conductors
a.
Kinetic Energy
b.
Initial Velocity
c.
Conventional Current
31. Material passes through series of rollers which reduces thickness
.
Rolling
a.
Forging
b.
Valve
c.
Resilience
32. (thermodynamics) a thermodynamic quantity representing the amount of energy in a system that is no longer
available for doing mechanical work
.
a.
Energy
Centroid
b.
Entropy
c.
Element
33. Subset of sample space
.
Experimental Probability
a.
Probability
b.
Outcome (Probability
c.
Event (Probability)
34. Result of an experiment
.
Event (Probability)
a.
Probability
b.
Theoretical Probability
c.
Outcome (Probability
35. Controls direction and amount of flow
.
U-value
a.
Diode
b.
Force
c.
Valve
36. Measures properties in electrical circuit
.
Element
a.
Actuators
b.
Multimeter
c.
Resistor
37. Consisting of only one type of atom
.
Energy
a.
Force
b.
Element
c.
Valve
38. probability based on the repeated trials of an experiment
.
Outcome (Probability
a.
Experimental Probability
b.
Theoretical Probability
c.
Event (Probability)
39. materials that allow electric charges to flow through them easily; contain 1-3 valence electrons; ex. copper,
silver, gold, aluminum
.
Inductors
a.
Conductors
b.
Actuators
c.
Fluid Conductors
40. Pushing of pulling interaction of objects
.
Valve
a.
Forging
b.
Diode
c.
Force
41. Shows both strength and ductillity; total area under stress-strain curve from test initiation to fracture
.
Toughness
a.
Diode
b.
Force
c.
Forging
42. Set of all possible outcomes
.
Event (Probability)
a.
Sample Space (Probability)
b.
Outcome (Probability
c.
Experimental Probability
43. temperature (T), pressure (p), and volume (V)
.
What does a moment equal?
a.
Gases are affected by:
b.
Resilience
c.
Lean Manufacturing
44. Unrecoverable elongation beyond elastic limit
.
Plastic Deformation
a.
Pneumatics
b.
Elastic Limit
c.
Static Determinacy
45. the collection, evaluation, and interpretation of data
.
Hydraulics
a.
Statistics
b.
Pneumatics
c.
Statics
46. A measure of thermal transmittance through a material
.
Valve
a.
U-value
b.
Diode
c.
Force
47. Energy in motion
.
Inductors
a.
Multimeter
b.
Elastic Limit
c.
Kinetic Energy
48. Molding shape, size, and physical properties of a material
.
a.
Forging
Forming and Metalworking
b.
Metalloid
c.
Lean Manufacturing
49. the physical property of a material that can return to its original shape or position after deformation that does
not exceed its elastic limit
.
Resistor
a.
Reservoir
b.
Rolling
c.
Resilience
50. Converts mechanical power to fluid power
.
Multimeter
a.
Pump/Compressor
b.
Project Shop
c.
Absolute Pressure