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Test your basic knowledge |
Engineering Studies
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. When upper die is dropped on bottom
tungsten alloy
DC motor
wet corrosion/electrochemical corrosion
drop forging
2. x<0.15% carbon. ferrite. good for cold working - rolling sheets
AM
Mobiles
white cast iron
Low carbon steel
3. Mass X gravity X height
Potential energy
fibre optic cable
medium carbon steel
Annealing
4. Sound waves sent through a material - much like sonar. Internal defects appear because they use more energy to go through it.
Ultrasonic inspection
drop forging
Concrete
cementite
5. MA=VR
if 100% efficient
open die forging
Satellite
ferrite
6. Degradation of a signal as it travels over a cable. Attenuation increased with higher frequencies
Laminated glass
Attenuation
Normalising
Transistor
7. Steel reinforcing rusts - rust has a greater volume concrete then breaks of as a result.
FM
Tempering
Strain
spalling concrete
8. Solid at room temp - weak secondary bonds. can be reheated multiply times.
thermosoftening polymer
Normalising
manganese and silicon alloy
Attenuation
9. A motor that is light - rugged and very reliable - runs on ac current and are more common in robotics. Can only run at a certain speed
closed die forging
AC motor
chromium alloy
nodular graphite cast iron
10. Glass that is strengthened by introducing stress through rapid heating and cooling of the glass surfaces
Uniform attack
Mobiles
Tempered Glass
Annealing
11. An orbit less than 1 -500 km. above the Earth's surface.
VR
Low earth orbit
high carbon steel
thermoset rubbers
12. Softening a material such as metal by controlled heating and cooling. This makes the metal less brittle and more easily adaptable. Soaking till austenite then cooling slowly. large grains
MA
pearlite
Annealing
Magnetic inspection
13. Controlled cooling after heating metal to attain a degree of hardness. removes internal stresses
Tempering
closed die forging
Impressed current
VR
14. Hard - brittle
Hardening
FM
high carbon steel
cementite
15. A device that converts the AC inside a DC generator to a DC output or converts a DC supply to an AC inside a DC motor.keeping the armature rotating
Mobiles
Commutator
mild steel
Geosynchronous orbit
16. Small amounts of magnesium to make spheres instead of flakes. thus no stress concentrations
Bernoulli's principle low speed
nodular graphite cast iron
Sacrifical anode
Low carbon steel
17. Produces; harder - stronger and less ductile product
Tempered Glass
forging
cold rolling
rectifier
18. Area parallel to force
shear stress
cold rolling
Hardening
Tempering
19. Low pressure
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20. Use of xrays passed through the material to make a visual record of internal structures on specially sensitized film
Brushes
Radiography
Twisted pair cable
Kinetic energy
21. 100khz
malleable cast iron
VR
AM
thermoset rubbers
22. Good high temp wear - tools
Tempered Glass
tungsten alloy
Uniform attack
cos
23. AC to DC
Tempered Glass
rectifier
spalling concrete
grey cast iron
24. Horizontal
cos
elastomers=what
closed die forging
wet corrosion/electrochemical corrosion
25. Vertical
mild steel
modulation
sin
MA
26. Dye is sprayed onto a surface - with excess being wiped away - meaning any left on the piece would be in cracks that exist in it. A developer is then added to it to expose any left over - I.e in the cracks
Dye penetration test
VR
cold rolling
forging properties
27. Can be reflected of the ionosphere - 3 to 30 megahertz
Concrete
High frequency
Mobiles
Attenuation
28. The quantity of information that can be transmitted through a communication medium in a given amount of time.
thermosetting polymers
Kinetic energy
Bandwidth
AM
29. 1/2Xmass X velocity X velocity
Kinetic energy
thermosoftening polymer
thermoset rubbers
Laminated glass
30. Can only be softened once - bonded strongly - generally stronger that thermoplastics. stronger secondary bonds
forging properties
Bernoulli's principle low speed
thermosetting polymers
thermoplastic rubbers
31. Forming of metal by compressive force above recrystallization point.
thermoset rubbers
manganese and silicon alloy
Radiography
forging
32. Involves heating the piece above Red heat and then letting it cool in air. causes smaller grains
Commutator
Normalising
cos
DC motor
33. 1/4 of the wavelength (higher better)
Tempered Glass
rectifier
Radio antenna length
ultra- high carbon steel
34. The greater the sulphur the harder the rubber to stretch
Mobiles
Brushes
thermosoftening polymer
thermoset rubbers
35. Results from the changing anode and cathode regions over the entire surface
Bernoulli's principle high speed
Uniform attack
wet corrosion/electrochemical corrosion
Potential energy
36. Soaked cast iron at 870c for long time then cooled slow
malleable cast iron
cementite
VR
if 100% efficient
37. Hard - strong
chromium alloy
pearlite
ferrite
Amplitude modulation
38. Allows for another signal to be sent along the carrier signal
modulation
white cast iron
AM
Bandwidth
39. Elongation of grain flow in direction of rolling
hot rolling
bending stress
Kinetic energy
spalling concrete
40. Squeezing of the hot metal between two shaped dies excess is cut off
High frequency
closed die forging
Ultrasonic inspection
Amplitude modulation
41. These have weaker secondary bonds which allow the stretching
stress corrosion
thermoplastic rubbers
cold rolling
FM
42. Makes brittle by heating and then cooling quickly - less flexible. Red Heat then quenching
Radiography
AM
Hardening
MA
43. Good toughness and fatigue. high strength structures
nickel alloy
closed die forging
Twisted pair cable
ferrite
44. High pressure
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45. 1GHZ
Kinetic energy
Mobiles
Hardening
if 100% efficient
46. Rubbers
thermosetting polymers
elastomers=what
Uniform attack
forging
47. Ma/vr x 100/1
n%
Kinetic energy
Frequency modulation
modulation
48. 100GHZ+
Satellite
Low carbon steel
wet corrosion/electrochemical corrosion
elastomers=what
49. Maximum bending moments X distance to natural axis/ second moment of area
Twisted pair cable
Low carbon steel
bending stress
thermoplastic rubbers
50. A strong hard building material composed of sand and gravel and cement and water
thermoplastic rubbers
Concrete
if 100% efficient
High frequency