题目内容
某公司主要从事建筑工程机械的生产制造，2010年发生以下业务： (1)4月30日将房产原值为300万元的房产，用于投资联营，收取固定收入，不承担联营风险，投资期3年，当年取得固定收入16万元。 (2)公司作为受托方签订甲、乙两份加工承揽合同，甲合同约定：由委托方提供主要材料(金额300万元)，受托方只提供辅助材料(金额20万元)，受托方另收取加工费50万元；乙合同约定：由受托方提供主要材料(金额200万元)并收取加工费40万元。 (3)公司作为受托方签订技术开发合同一份，合同约定：技术开发金额共计1000万元，其中研究开发费用与报酬金额之比为3:1。 (4)公司作为承包方签订建筑安装工程承包合同一份，承包金额300万元，公司随后又将其中的100万元业务分包给另一单位，并签订相关合同。 (5)公司新增实收资本2000万元、资本公积500万元。 (6)公司启用其他账簿10本。 (说明：购销合同、加工承揽合同、技术合同、建筑安装工程承包合同的印花税税率分别为0.3‰、0.5‰、0.3‰、0.3‰；营业账簿的印花税率分为0.5‰和每件5元两种；当地政府规定的房产原值减除幅度为30%；契税税率为4%) 要求：根据上述资料，按照下列序号计算回答问题，每问需计算出合计数。 该公司2010年应缴纳的房产税；
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Question 27Choose the correct letter A, B, C or D.Write your answer in box 27 on your answer sheet. Which of the following is the most suitable title for Text 2？（）
公民张某是某高校教授，2010年取得以下各项收入： (1)该企业实行年薪制，张某每月取得工资3000元，12月取得年终效益工资64000元和生育津贴780元； (2)4月份出版一本专著，取得稿酬40000元，李某当即拿出10000元通过民政部门捐给灾区； (3)5月份为B公司进行营销筹划，取得报酬35000元，该公司决定为张某负担个人所得税； (4)7月份出访美国，在美国举办讲座取得酬金收入折合人民币8300元，主办方扣缴了个人所得税折合人民币415元；出访美国期间通过协商将其另一本专著翻译成英文出版，获得版权收入折合人民币37350元，在美国该项所得已纳个人所得税折合人民币6249.90元； (5)通过拍卖行将一幅珍藏多年的名人字画拍卖，取得收入80000元； (6)从A国取得股息所得折合人民币4000元，已在A国缴纳个人所得税200元；从B国取得特许权使用费所得人民币3000元，已在B国缴纳个人所得税500元； (7)另承包一国有企业，当年经营取得收入500000元，相应的扣除项目为320000元，其含有业务招待费8000元、广告费和宣传费80000元、工资薪金90000元(其中含有承包者的工资30000元)、上缴的承包费100000元。承包协议约定，承包经营成果全部归承包者所有。 要求：根据上述资料，按下列序号计算回答问题，每问需计算出合计数： 汁算从B国取得的所得分别应当补缴的个人所得税；
35～110kV无人值班变电所的控制要求。 下列电气一次设备，不在远方控制端控制的是( )。
To get from Kathmandu to the tiny village in Nepal, Dave Irvine-Halliday spent more than two days. When he arrived, he found villagers working and reading around battery-powered lamps equipped with light-emitting diodes, or LEDs--the same lamps he had left there in 2000. Irvine-Halliday, an American photonics engineer, was not surprised. He chose to use LED bulbs because they are rugged, portable, long-lived, and, extremely efficient. Each of his lamps produces a useful amount of illumination from just one watt of power. Villagers use them about four hours each night, then top off the battery by pedaling a generator for half an hour. The cool, steady beam is a huge improvement over lamps still common in developing countries. In fact, LEDs have big advantages over familiar incandescent (白炽的) lights as well--so much so that Irvine-Halliday expects LEDs will eventually take over from Thomas Edison’s old lightbulb as the world’s main source of artificial illumination. The dawn of LEDs began about 40 years ago, but early LEDs produced red or green glows suitable mainly for displays in digital clocks and calculators. A decade ago, engineers invented a semiconductor crystal made of an aluminum compound that produced a much brighter red light. Around the same time, a Japanese engineer developed the first practical blue LED. This small advance had a huge impact because blue, green, and red LEDs can be combined to create most of the colors of the rainbow, just as that in a color television picture. These days, high-intensity color LEDs are showing up everywhere such as the traffic lights. The reasons for the rapid switchover are simple. Incandescent bulbs have to be replaced annually, but LED traffic lights should last five to yen years. LEDs also use 80 to 90 percent less electricity than the conventional signals they replace. Collectively, the new traffic lights save at least 400 million kilowatt-hours a year in the United States. Much bigger savings await if LEDs can supplant Mr. Edison’s bulb at the office and in the living room. Creating a white-light LED that is energy-saving, cheap and appealing has proved a tough engineering challenge. But all the major lightbulb makers--including General Electric, Philips, and Osram-Sylvania--are teaming up with semiconductor manufacturers to make it happen. The passage implies that ______.
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