题干

故事片《惊天动地》,真实再现了汶川大地震的历史场景。在创作拍摄上注重运用国际上灾难大片的一些基本元素。同时,为了营造良好的视听效果,影片还注重了传统特技和数字高科技有机结合,使其有了比较完美的艺术和技术的精彩呈现。这说明
①文化形态的更替是由科技进步决定的 ②创新是文化富有生机和活力的重要保证
③现代高科技是文化创新的动力 ④实现文化创新需要博采众长

A:①②

B:②③

C:②④

D:①④

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答案(点此获取答案解析)

C

同类题3

阅读下列文段,完成后面的题目题。
         有一天,我在家听到打门,开门看见老王直僵僵地镶嵌在门框里。往常他坐在蹬三轮的座上,或抱着冰伛着身子进我家来,不显得那么高。也许他平时不那么瘦,也不那么直僵僵的。他面如死灰,两只眼上都结着一层翳,分不清哪一只瞎,哪一只不瞎。说得可笑些,他简直像棺材里倒出来的,就像我想象里的僵尸,骷髅上绷着一层枯黄的干皮,打上一棍就会散成一堆白骨。我吃惊地说:“啊呀,老王,你好些了吗?“
        他“嗯”了一声,直着脚往里走,对我伸出两手。他一手提着个瓶子,一手提着一包东西。
         我忙去接。瓶子里是香油,包裹里是鸡蛋。我记不清是十个还是二十个,因为在我记忆里多得数不完。我也记不起他是怎么说的,反正意思很明白,那是他送我们的。
        我强笑说:“老王,这么新鲜的大鸡蛋,都给我们吃?”
        他只说:“我不吃。”
         我谢了他的好香油,谢了他的大鸡蛋,然后转身进屋去。他赶忙止住我说:“我不是要钱。”
         我也赶忙解释:“我知道,我知道——不过你既然来了,就免得托人捎了。”
         他也许觉得我这话有理,站着等我。
          我把他包鸡蛋的一方灰不灰、蓝不蓝的方格子破布叠好还他。他一手拿着布,一手攥着钱,滞笨地转过身子。我忙去给他开了门,站在楼梯口,看他直着脚一级一级下楼去,直担心他半楼梯摔倒。等到听不见脚步声,我回屋才感到抱歉,没请他坐坐喝口茶水。可是我害怕得糊涂了。那直僵僵的身体好像不能坐,稍一弯曲就会散成一堆骨头。我不能想象他是怎么回家的。
        过了十多天,我碰见老王同院的老李。我问:“老王怎么了?好些没有?”
        “早埋了。”
         “呀,他什么时候……”
         “什么时候死的?就是到您那儿的第二天。”
          他还讲了老王身上缠了多少尺全新的白布——因为老王是回民,埋在什么沟里。我也不懂,没多问。
          我回家看看还没动用的那瓶香油和没吃完的鸡蛋,一再追忆老王和我对答的话,捉摸他是否知道我领受他的谢意。我想他是知道的。但不知为什么,每想起老王,总觉得心上不安。因为吃了他的香油和鸡蛋?因为他来表示感谢,我却拿钱去侮辱他?都不是。几年过去了,我渐渐明白:那是一个幸运的人对一个不幸者的愧怍。

同类题5

    Since the 1970s, scientists have been searching for ways to connect the brain with computers. Braincomputer interface(BCI) technology could help people with disabilities send commands to machines.
    Recently, two scientists, Jose Millan and Michele Tavella from the Federal Polytehnic School in Lausanne, Switzerland, show a small robotic wheelchair directed by a person's thoughts.
    In the laboratory, Tavella operated the wheelchair just by thinking about moving his left or right hand. He could even talk as he watched the vehicle and guided it with his thoughts.
    “Our brain has billions of body cells(细胞). These send signals through the spinal cord(脊髓) to the body part to give us the ability to move. But spinal cord injuries(脊柱受伤) or other conditions can prevent these weak electrical signals from reaching the body part.” Tavella says. “Our system allows disabled people to communicate with outer world and also to control machines.”
    The scientists designed a special cap for the user. This head cover picks up the signals from the scalp(头皮) and sends them to a computer. The computer finds meanings of the signals and commands the wheelchair with an engine. The wheelchair also has two cameras that tell objects in its path. They help the computer react to commands from the brain.
    Prof. Millan , the team leader, says scientists keep improving the computer software that finds meanings of brain signals and turns them into simple commands.” The practical possibilities that BCI technology offers to disabled people can be grouped in two kinds: communication, and controlling objects. One example is this wheelchair.”
    He says his team has set two goals. One is testing with real patients, so as to prove that this is a technology they can get advantages from. And the other is sure that they can use the technology for long.