BME 350 PAST EXAM UPDATED ACTUAL QUESTIONS
AND CORRECT ANSWERS
Question:
1. True or False: It's been said that at the heart of every
engineering problem there exists a materials challenge.
Answer:
True
Question:
2. Choose the Best answer from Among the choices Listed:
"Materials engineering involves _________"
A. Something tangible that goes into the makeup of a
physical object
B. Investigating the relationships that exist between
structure and properties of materials
C. Designing or engineering the Structure of a material to
produce a predetermined set of properties
D. None of the choices listed
Answer:
C
Question:
3. Choose The Best answer to the following question: "Why
is BME 350 required in the undergraduate BS in the BME
curriculum?"
A. Materials Engineering is important
B. Materials are an integral part of the innovations
underlying healthcare technology
C. Faculty Needed to add courses to "fill" the curriculum
and achieve 128 credit hours
D. ABET accreditation requires formal instruction of
materials engineering
Answer:
B
,Question:
4. Christian Thomsen said there are "quanta" of materials
technology that enabled "leaps" in societal advances.
Choose all such "quanta" that Thomsen referred to in his
1836 publication.
Options: Wood age, Bronze Age, Stone Age, Iron Age,
silicon age, nano-material age, ceramic age, age of
Aquarius
Answer:
Bronze Age, Stone Age, Iron Age
Question:
5. Which of the three stages cited by Thomsen in 1836
endured the longest?
Answer:
Stone Age
Question:
6. Choose all the materials potentially used by inhabitants
of the longest enduring materials epoch: the Stone Age
Options: stone, clay, wood, fur, animal skins, bone,
tendons and ligaments, hair, petrified pizza crust, glass
beer bottles
Answer:
stone, clay, wood, fur, animal skins, bone, tendons and ligaments, hair
Question:
7. Tendons were among the materials used in the Stone
Age. Select from the list below all potential applications
of tendons during this epoch.
Options: cell telephone covers, energy storage for
weapons, fastening materials, bread wrapper ties, none
of the choices listed
Answer:
Energy storage for weapons, fastening materials
, Question:
8. Stone Age materials remain important in modern life.
Choose all materials used in the Stone Age that remain in
use today
Options: stone (for sharpening knives), animal hair for
paint brushes, stones (ex. Flints) for starting fire,
decorative rocks, wood for home framing, pottery clay,
coat material
Answer:
All options
Question:
9. What "revolutionary" material began to replace the wood,
clay, hair, tendon, flint, stone, etc. from the Stone Age?
Options: iron, silicon, aluminum, brass, bronze, Louis
Vuitton handbag materials, potato chips, glass
Answer:
Bronze
Question:
10. Bronze was a revolutionary material that marked a
commencement of a new era. How many elements form
the fundamental basis of bronze?
Options: 1, 2, 3, 4, 5
Answer:
2
Question:
11. What are the Fundamental elements that alloyed
together (with minor constituents) comprise bronze?
Answer:
Cu and Sn
AND CORRECT ANSWERS
Question:
1. True or False: It's been said that at the heart of every
engineering problem there exists a materials challenge.
Answer:
True
Question:
2. Choose the Best answer from Among the choices Listed:
"Materials engineering involves _________"
A. Something tangible that goes into the makeup of a
physical object
B. Investigating the relationships that exist between
structure and properties of materials
C. Designing or engineering the Structure of a material to
produce a predetermined set of properties
D. None of the choices listed
Answer:
C
Question:
3. Choose The Best answer to the following question: "Why
is BME 350 required in the undergraduate BS in the BME
curriculum?"
A. Materials Engineering is important
B. Materials are an integral part of the innovations
underlying healthcare technology
C. Faculty Needed to add courses to "fill" the curriculum
and achieve 128 credit hours
D. ABET accreditation requires formal instruction of
materials engineering
Answer:
B
,Question:
4. Christian Thomsen said there are "quanta" of materials
technology that enabled "leaps" in societal advances.
Choose all such "quanta" that Thomsen referred to in his
1836 publication.
Options: Wood age, Bronze Age, Stone Age, Iron Age,
silicon age, nano-material age, ceramic age, age of
Aquarius
Answer:
Bronze Age, Stone Age, Iron Age
Question:
5. Which of the three stages cited by Thomsen in 1836
endured the longest?
Answer:
Stone Age
Question:
6. Choose all the materials potentially used by inhabitants
of the longest enduring materials epoch: the Stone Age
Options: stone, clay, wood, fur, animal skins, bone,
tendons and ligaments, hair, petrified pizza crust, glass
beer bottles
Answer:
stone, clay, wood, fur, animal skins, bone, tendons and ligaments, hair
Question:
7. Tendons were among the materials used in the Stone
Age. Select from the list below all potential applications
of tendons during this epoch.
Options: cell telephone covers, energy storage for
weapons, fastening materials, bread wrapper ties, none
of the choices listed
Answer:
Energy storage for weapons, fastening materials
, Question:
8. Stone Age materials remain important in modern life.
Choose all materials used in the Stone Age that remain in
use today
Options: stone (for sharpening knives), animal hair for
paint brushes, stones (ex. Flints) for starting fire,
decorative rocks, wood for home framing, pottery clay,
coat material
Answer:
All options
Question:
9. What "revolutionary" material began to replace the wood,
clay, hair, tendon, flint, stone, etc. from the Stone Age?
Options: iron, silicon, aluminum, brass, bronze, Louis
Vuitton handbag materials, potato chips, glass
Answer:
Bronze
Question:
10. Bronze was a revolutionary material that marked a
commencement of a new era. How many elements form
the fundamental basis of bronze?
Options: 1, 2, 3, 4, 5
Answer:
2
Question:
11. What are the Fundamental elements that alloyed
together (with minor constituents) comprise bronze?
Answer:
Cu and Sn
