Questions
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Reading 1/2:
D. The design is more complex than traditional robots.
3) What is the aim of the second paragraph?
A. To list the locations where snakebots have already visited.
B. To specify the initial snakebots' accomplishments.
C. To explain the versatility and practicality of snakebots.
D. To outline the disadvantages associated with wheeled robots.
4) Based on the information provided in the passage, what can be inferred about the potential applications of snakebots?
A. Snakebots are primarily designed for working in small spaces, like cracks in rocks.
B. Snakebots are not as effective as regular robots with wheels in outdoor environments.
C. Snakebots are unable to carry tools for performing tasks in various environments.
D. Snakebots have the capability to assist in repairing the International Space Station.
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5) The word "module" in the third paragraph is in closest meaning to A. a central computer system controlling movement.
B. a shape resembling a snake.
C. a chain-like structure made of various parts.
D. a component with a small computer and a wheel.
6) What potential factor could lead to the failure of a snakebot?
A. If its tail experienced substantial damage.
B. If it became stuck in a narrow and deep opening
C. If all its modules were compromised in terms of their functionality
D. If its head became separated from the rest of the body
7) Which of the following is true about the downside of using snakebots for space exploration?
. Snakebots have unrestricted capabilities in performing various tasks.AB
. The modular structure of snakebots simplifies coordination and communication between modules.
C. The ongoing research into shape-shifting plastic ensures the durability of snakebots.
D. Snakebots' specialized design can limit their capabilities in tasks beyond their intended function.
8) This passage would probably an excerpt from
FUO
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