Thirteen vehicles lined up last March to race across the Mojave Desert, seeking a million in prize money. To win, they had to finish the 142-mile race in less than 10 hours. Teams and watchers knew there might be no winner at all, because these vehicles were missing a key part-drivers.

    DARPA, the Defense Advanced Research Projects Agency, organized the race as part of a push to develop robotic vehicles for future battlefields. But the Grand Challenge, as it was called, just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance. One had its brake lock up in the starting area. Another began by throwing itself onto a wall. Another got tied up by bushes near the road after 1.9 miles.

    One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote (远程的) control. One went a little more than a mile and rushed into a fence;

    Another managed to go for six miles but stuck on a rock. The “winner,” if there was any, reached 7.8 miles before it ran into a long, narrow hole, and the front wheels caught on fire.

    “You get a lot of respect for natural abilities of the living thing,” says Reinhold Behringer, who helped design two of the car-size vehicles for a company called Sci-Autonics. “Even ants (蚂蚁) can do all these tasks effortlessly. It’s very hard for us to put these abilities into our machines.”

    The robotic vehicles, though with necessary modern equipment such as advanced computers and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately. Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there’s a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste gook. She is more advanced, even months old, than any machine humans have designed.

1.Watchers doubted if any of the vehicles could finish the race because ______.

    A. they did not have any human guidance.

    B. the road was not familiar to the drivers.

    C. the distance was too long for the vehicles

    D. the prize money was unattractive to the drivers.

2.DARPA organized the race in order to _______.

   A. raise money for producing more robotic vehicles

   B. push the development of vehicle industry

   C. train more people to drive in the desert

   D. improve the vehicles for future wars

3.From the passage we know “robotic vehicles” are a kind of machines that_______.

   A. can do effortlessly whatever tasks living things can

   B. can take part in a race across 142 miles with a time limit

   C. can show off their ability to turn themselves upside down

   D. can move from place to place without being driven by human beings

4.In the race, the greatest distance one robotic vehicle covered was ______.

   A. about eight miles

   B. six miles

   C. almost two miles

   D. about one mile

5.In the last paragraph, the writer implies that there is long way to go ______.

   A. for a robotic vehicle to finish a 142-mile race without any difficulties

   B. for a little child who has just learned to walk to reach the cookie on the table

   C. for a robotic vehicle to deal with a simple problem that a little child can solve

   D. for a little child to understand the importance of wiping apple juice off its face

Thirteen vehicles lined up last March to race across the Mojave Desert, seeking a million in prize money. To win, they had to finish the 142-mile race in less than 10 hours. Teams and watchers knew there might be no winner at all, because these vehicles were missing a key part -drivers.
DARPA, the Defense Advanced Research Projects Agency, organized the race as part of a push to develop robotic vehicles for future battlefields. But the Grand Challenge, as it was called, just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance. One had its brake lock up in the starting area. Another began by throwing itself onto a wall. Another got tied up by bushes near the road after 1.9 miles.
One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote (远距离的) control. One went a little more than a mile and rushed into a fence; another managed to go for six miles but stuck on a rock. The “winner,” if there was any, reached 7.8 miles before it ran into a long, narrow hole, and the front wheels caught on fire.
“You get a lot of respect for natural abilities of the living things,” says Reinhold Behringer, who helped design two of the car-size vehicles for a company called Sci-Autonics. “Even ants (蚂蚁) can do all these tasks effortlessly . It’s very hard for us to put these abilities into our machines.”
The robotic vehicles, though with necessary modern equipment such as advanced computers and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately, Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there’s a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste good. She is more advanced, even months old, than any machine humans have designed.

1. 1.

   Watchers doubted if any of the vehicles could finish the race because        .

   1. A.
      they did not have any human guidance
   2. B.
      the road was not familiar to the drivers
   3. C.
      the distance was too long for the vehicles
   4. D.
      the prize money was unattractive to the drivers
2. 2.

   DARPA organized the race in order to         .

   1. A.
      raise money for producing more robotic vehicles
   2. B.
      push the development of vehicle industry
   3. C.
      train more people to drive in the desert
   4. D.
      improve the vehicles for future wars
3. 3.

   From the passage we know “robotic vehicles” are a kind of machines that         .

   1. A.
      can do effortlessly whatever tasks living thing can
   2. B.
      can take part in a race across 142 miles with a time limit
   3. C.
      can show off their ability to turn themselves upside down
   4. D.
      can move from place to place without being driven by human beings
4. 4.

   In the race, the greatest distance one robotic vehicle covered was          .

   1. A.
      about eight miles
   2. B.
      six miles
   3. C.
      almost two miles
   4. D.
      about one mile
5. 5.

   In the last paragraph, the writer implies that there is a long way to go         .

   1. A.
      for a robotic vehicle to finish a 142-mile race without any difficulties
   2. B.
      for a little child who has just learned to walk to reach the cookie on the table
   3. C.
      for a robotic vehicle to deal with a simple problem that a little child can solve
   4. D.
      for a little child to understand the importance of wiping apple juice off its face

Thirteen vehicles lined up last March to race across the Mojave Desert, seeking a million in prize money. To win, they had to finish the 142-mile race in less than 10 hours. Teams and watchers knew there might be no winner at all, because these vehicles were missing a key part—drivers.

DARPA, the Defense Advanced Research Projects Agency, organized the race as part of a push to develop robotic vehicles for future battlefields. But the Grand Challenge, as it was called, just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance. One had its brake lock up in the starting area, Another began by throwing itself onto a wall. Another got tied up by bushes near the road after 1.9 miles.

One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote (远距离的) consol. One went a little more than a mile and rushed into a fence; another managed to go for six miles but stuck on a rock. The “winner,”if there was any, reached 7.8 miles before it ran into a long, narrow hole, and the front wheels caught on fire.

“You get a lot of respect for natural abilities of the living things,” says Reinhold Behringer, who helped design two of the ear-size vehicles for a company called Sci-Autonics, “Even ants (蚂蚁) can do all these tasks effortlessly. It’s very hard for us to put these abilities into our machines.”

The robotic vehicles, though with necessary modern equipment such as advanced computers and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately. Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there’s a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste good. She is more advanced, even months old, than any machine humans have designed.

68. DARPA organized the race in order to ______.

   A. raise money for producing more robotic vehicles

   B. push the development of vehicle industry

   C. train more people to drive in the desert

   D. improve the vehicles for future wars

69. From the passage we know “robotic vehicles” are a kind of machines that ______.

   A. can do effortlessly whatever tasks living things can

   B. can take part in a race across 142 miles with a time limit

   C. can show off their ability to turn themselves upside down

   D. can move from place to p1ace without being driven by human beings

70. In the race, the greatest distance one robotic vehicle covered was_____ .         

 A. about eight miles    B. six miles   C. almost two miles    D. about one mile

71. In the last paragraph, the writer implies that there is a long way to go____ .

   A. for a robotic vehicle to finish a 142-mile race without any difficulties

   B. for a little child who has just learned to walk to reach the cookie on the table

   C. for a robotic vehicle to deal with a simple problem that a little child can solve

   D. for a little child to understand the importance of wiping apple juice off its face

Thirteen vehicles lined up last March to race across the Mojave Desert, seeking a million in prize money. To win, they had to finish the 142-mile race in less than 10 hours. Teams and watchers knew there might be no winner at all, because these vehicles were missing a key part －drivers.

DARPA, the Defense Advanced Research Projects Agency, organized the race as part of a push to develop robotic vehicles for future battlefields. But the Grand Challenge, as it was called, just proved how difficult it is to get a car to speed across an unfamiliar desert without human guidance. One had its brake lock up in the starting area. Another began by throwing itself onto a wall. Another got tied up by bushes near the road after 1.9 miles.

One turned upside down. One took off in entirely the wrong direction and had to be disabled by remote (远距离的) control. One went a little more than a mile and rushed into a fence; another managed to go for six miles but stuck on a rock. The “winner,” if there was any, reached 7.8 miles before it ran into a long, narrow hole, and the front wheels caught on fire.

“You get a lot of respect for natural abilities of the living things,” says Reinhold Behringer, who helped design two of the car-size vehicles for a company called Sci-Autonics. “Even ants (蚂蚁) can do all these tasks effortlessly . It’s very hard for us to put these abilities into our machines.”

The robotic vehicles, though with necessary modern equipment such as advanced computers and GPS guidance, had trouble figuring out fast enough the blocks ahead that a two-year-old human recognizes immediately, Sure, that very young child, who has just only learned to walk, may not think to wipe apple juice off her face, but she already knows that when there’s a cookie in the kitchen she has to climb up the table, and that when she gets to the cookie it will taste good. She is more advanced, even months old, than any machine humans have designed.

Watchers doubted if any of the vehicles could finish the race because        .

A．they did not have any human guidance

B．the road was not familiar to the drivers

C．the distance was too long for the vehicles

D．the prize money was unattractive to the drivers

DARPA organized the race in order to         .

A．raise money for producing more robotic vehicles

B．push the development of vehicle industry

C．train more people to drive in the desert

D．improve the vehicles for future wars

From the passage we know “robotic vehicles” are a kind of machines that         .

A．can do effortlessly whatever tasks living thing can

B．can take part in a race across 142 miles with a time limit

C．can show off their ability to turn themselves upside down

D．can move from place to place without being driven by human beings

In the race, the greatest distance one robotic vehicle covered was          .

A．about eight miles    B．six miles

C．almost two miles     D．about one mile

In the last paragraph, the writer implies that there is a long way to go         .

A．for a robotic vehicle to finish a 142-mile race without any difficulties

B．for a little child who has just learned to walk to reach the cookie on the table

C．for a robotic vehicle to deal with a simple problem that a little child can solve

D．for a little child to understand the importance of wiping apple juice off its face