Online Assessment
Instructions
1) Type in your first and last name in the
“Name” box in the top-left corner.
2) Next type in your teacher’s name in
the “ID” box.
3) Then type in your school’s name in the
“Email” box.
4) Select the best answer for each question.
5) When you
are finished click the “Grade and Submit” button.
6) The grade will be emailed
to your teacher.
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1.
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NOTE: If you are one of Mr. Elliott’s students, then you
are doing the wrong assessment. This is only for students of other teachers. If your teacher is Mr.
Elliott, then please go back to the website and click on the other assessment link.
Thanks! The image below shows a medical technology product used during hip-replacement
surgery. What kind of bioengineering technology is
this hip prosthesis?
a. | adaptive bioengineering | c. | assistive
bioengineering | b. | medical bioengineering | d. | reconstructive bioengineering |
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2.
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We have studied two types of bioengineering:
adaptive and assistive.
Which choice below BEST describes an example of adaptive
engineering?
a. | automobile tires made from recycled material, because resources are conserved
| b. | hearing aids worn in the ear canal, because a disability is
overcome | c. | walking canes made from lightweight aluminum, because mobility is increased
| d. | vision corrected by laser surgery, because a permanent change is
made |
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3.
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The image below shows a prosthetic limb designed to help people that have lost
one of their legs due to injury or illness. This type of technology is most likely which type of
bioengineering?a. | synthetic product | c. | natural product | b. | assistive product | d. | adaptive
product |
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4.
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Highly skilled heart surgeons recently installed an
artificial heart in a man at a local hospital in
the city of Nashville. This is an example of
bioengineering.
Which of the following choices
correctly identifies this type of bioengineering?
a. | Open-heart surgery is a short-term fix that is only temporary, so it is adaptive
bioengineering. | b. | Surgery does not change people physically, so it is assistive. | c. | It takes many years
of training to become a heart surgeon. So this is assistive. | d. | Replacing a
person’s heart with a blood-pumping device is adaptive
bioengineering. |
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5.
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Research has resulted in the invention of a great variety of bioengineering
products.
Which is the best example of an assistive bioengineered product shown
below?
a. | a pesticide produced from the compounds of a plant | b. | a rosebush that is bred to have roses of a particular
color | c. | a bacterium that generates oil byproducts in the presence of
sunlight | d. | a computer program that helps a paralyzed person control a
wheelchair |
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6.
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In comics and movies there is a nocturnal vigilante called Batman that stalks
evil doers in the night.
Batman does not
have any kind of superpower. Instead he wears a lightly armored suit which protects him from bullets,
and he uses infrared devices to allow him to see in the dark. Although Batman is a fictional
character, in reality we actually have bullet-proof vests and night vision devices like
this.
Are these kind of technology items assistive or adaptive? a. | They are temporary aids, but they do not change the body. So they are
assistive. | b. | The Batman suit permanently gives him super-strength. So it is
assistive. | c. | By day he is Bruce Wayne, but at night he is Batman. This change is
adaptive. | d. | Batman’s armored suit is assistive, but the infrared devices are
adaptive. |
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7.
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Mr. Thomas was driving too fast on a rainy night, and his car skidded off the
road. His car rolled over, and his right arm was severely crushed. Therefore emergency room surgeons
had to amputate this arm. However, later he was given an artificial arm that he strapped to his body
which enabled him to hold items like cups in his right hand. Image 01
Wrecked Car | Image 02
Artificial Arm | | | | |
This
narrative includes two different examples of bioengineering. Select the answer choice below
that correctly identifies these two examples from this story. a. | 1) Adaptive bioengineering involves a long-term change brought about by
surgery.
2) Assistive bioengineering is a short-term help that doe not change your
body. | b. | 1) Mr. Thomas’ surgery was assistive bioengineering because his body was
changed.
2) His new artificial arm was an example of adaptive bioengineering. | c. | 1) The surgery that
removed his injured arm was adaptive bioengineering.
2) The artificial arm that he received was
assistive bioengineering. | d. | 1) A cause and effect investigation was
conducted by the police about the wreck.
2) The prosthetic arm was an example of assistive and
adaptive bioengineering. |
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8.
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At a nearby hospital, in some cases doctors can do
surgery to restore sight to people that were blind. This is an example of bioengineering.
Select the choice below that correctly identifies this type of bioengineering.
a. | Eye surgery is a short-term fix that is only temporary, so it is adaptive
bioengineering. | b. | Using medical technology to restore vision to the blind is adaptive
bioengineering. | c. | Surgery does not change people physically, so it is assistive. | d. | Only highly
qualified doctors can repair visual impairments. This makes it
assistive. |
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9.
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Adaptive and assistive bioengineered products are
very common in the modern world.
Differentiate
between adaptive and assistive bioengineering.
a. | Adaptive examples: Band-Aid, hearing aids, ankle brace etc.
Assistive examples:
open heart surgery, spinal fusion, face lift, etc. | b. | With assistive bioengineering the patient is
healed or cured within 6 to 12 months.
With adaptive bioengineering the patient is healed or cured
within 4 to 16 weeks. | c. | In assistive bioengineering you permanently
change something about a person’s body
In adaptive bioengineering you help a person but it
is temporary. | d. | Assistive technologies are developed to help organisms without changing them.
Adaptive technologies help organisms and permanently change them in some way.
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10.
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The first successful artificial heart was invented by Dr. Robert Jarvik and Dr.
Willem Kolff. This bioengineered device called the Jarvik-7 was successfully implanted in a
human in 1982. Picture 01
Jarvik-7 Artificial
Heart | | |
Select the choice below that most
accurately describes this special type of device.a. | This is an example of adaptive bioengineering technology. | b. | This device is a
synthetic product designed to sustain life. | c. | This is an example of assistive bioengineering
technology. | d. | This is an example of medical technology produced for
humans. |
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