托福阅读题目总共多少个?
托福阅读一共有3篇阅读总共45个题目，如果出现加试的话会有5篇，但只会选择其中3篇进行评分。
关于托福阅读题目及分数的问题，大家可以参考托福阅读计分方法：
1、托福三篇文章(如遇加试时从五篇中随机选三篇)计分，每篇12-14道题。
2、三篇文章回答正确的题目数量加起来就能得出托福阅读总分。
3、除重要归类题和观点题以外，每道题的分值都是1分。
4、重要观点题的分值可能是2分。归类题为3或4分。
5、考试所得分数范围：0-30分。
新托福阅读一般是42题，总共30分。总共3篇文章，是加权算分的，所以不是简单统计分数的。3篇文章一般第一篇文章偏难一些，如果有加试的话，可能是4篇阅读。现在托福是机考，可以参考托福利器匹克TPO，里面很标准，可以练习模考，用的人很多，也熟悉考试标准和流程。
新托福阅读题数和评分新托福阅读一共多少新托福阅读有42题，总共3篇文章，一篇文章一般14题。大概有单选题、多选题、拖拽题、插入题、总结题这几种题型，可以用托福利器匹克TPO，里面都有的。目前有51套试题，练习的阅读素材很多，足够了。然后阅读是30分，这个算分标准挺复杂的，可以参考匹克TPO里面打分。
新托福阅读 有多少题如何评分?托福考试的机构ets为了测试将来出题的题库.
有加试.
也就是说,每个考生做阅读和听力的时候,
会在either部分得到加试.
如果加试阅读,就会做3+2篇阅读和听力2campus conversations+4lectures.
如果加试听力.就会做3篇阅读和听力3campus conversationsa+6lectures.
_________________
看看og或者官网咖.
新托福阅读关于biodiversity的文章主要有：
1、TPO33，文章标题：Extinction Episodes of the Past
2、文章内容：
It was not until the Cambrian period, beginning about 600 million years ago, that a great proliferation of macroscopic species ourred on Earth and produced a fossil record that allows us to track the rise and fall of biodiversity. Since the Cambrian period, biodiversity has generally risen, but there have been some notable exceptions. Biodiversity collapsed dramatically during at least five periods because of mass extinctions around the globe. The five major mass extinctions receive most of the attention, but they are only one end of a spectrum of extinction events. Collectively, more species went extinct during * aller events that were less dramatic but more frequent. The best known of the five major extinction events, the one that saw the demise of the dinosaurs, is the Cretaceous-Tertiary extinction.
Starting about 280 million years ago, reptiles were the dominant large animals in terrestrial environments. In popular language this was the era "when dinosaurs ruled Earth," when a wide variety of reptile species oupying many ecological niches. However, no group or species can maintain its dominance indefinitely, and when, after over 200 million years, the age of dinosaurs came to a dramatic end about 65 million years ago, mammals began to flourish, evolving from relatively few types of * all terrestrial animals into the myriad of diverse species, including bats and whales, that we know today. Paleontologists label this point in Earth’s history as the end of the Cretaceous period and the beginning of the Tertiary period, often abbreviated as the K-T boundary. This time was also marked by changes in many other types of ani * s. Overall, about 38 percent of the families of marine animals were lost, with percentages much higher in some groups Ammonoid mollusks went from being very diverse and abundant to being extinct. An extremely abundant set of planktonic marine animals called foraminifera largely disappeared, although they rebounded later. Among plants, the K-T boundary saw a sharp but brief rise in the abundance of primitive vascular plants such as ferns, mosses, horsetails, and conifers and other gymnosperms. The number of flowering plants (angiosperms) was reduced at this time, but they then began to increase dramatically.
What caused these changes? For many years scientists assumed that a cooling of the climate was responsible, with dinosaurs being particularly vulnerable because, like modern reptiles, they were ectothermic (dependent on environmental heat, or cold-blooded). It is now widely believed that at least some species of dinosaurs had a metabolic rate high enough for them to be endotherms (animals that maintain a relatively consistent body temperature by generating heat internally). Nevertheless, climatic explanations for the K-T extinction are not really challenged by the ideas that dinosaurs may have been endothermic, because even endotherms can be affected by a significant change in the climate.
Explanations for the K-T extinction were revolutionized in 1980 when a group of physical scientists led by Luis Alvarez proposed that 65 million years ago Earth was stuck by a 10-kilometer-wide meteorite traveling at 90,000 kilometers per hour. They believed that this impact generated a thick cloud of dust that enveloped Earth, shutting out much of the ining solar radiation and reducing plant photosynthesis to very low levels. Short-term effects might have included huge tidal waves and extensive fires. In other words, a series of events arising from a single catacly * ic event caused the massive extinctions. ?【A】?Initially, the meteorite theory was based on a single line of evidence. ?【B】?At locations around the globe, geologists had found an unusually high concentration of iridium in the layer of sedimentary rocks that was formed about 65 million years ago. ?【C】?Iridium is an element that is usually unmon near Earth’s surface, but it is abundant in some meteorites. 【D】?Therefore, Alvarez and his colleagues concluded that it was likely that the iridium in sedimentary rocks deposited at the K-T boundary had originated in a giant meteorite or asteroid. Most scientist came to aept the meteorite theory after evidence came to light that a circular formation, 180 kilometers in diameter in diameter and centered on the north coast of the Yucatan Peninsula, was created by a meteorite impact about 65 million years ago.
3、文章主要题目：
词汇题、事实资讯题、句子改述题、事实资讯题、事实资讯题、功能目的题、词汇题、词汇题、否定事实资讯题、事实资讯题、 事实资讯题、推理题、句子插入题、概要题。
（按照出现顺序排列）
基础资讯和推断题每道题1分，最后一道小结题，俗称大题，满分2分。多选题错一个扣一分。
新托福阅读加试题:bbs.koolearn./t_3838096_0.
这里有！祝成功！
练习新托福阅读，建议用"ceceTOEFL" PC端和APP都可以使用，作完会自动出现分数测算表，如果想报考托福，可以用"cece抢考位"来抢到考位哦！
新托福阅读高分120一共有多少篇?书就不很清楚了，不过他光碟中软体里面有4套阅读，每套5篇，共20篇~~
新托福阅读一个选择题多少分啊？托福阅读总共有3篇文章如遇到加试，则随机3篇文章算分，另1篇文章不算分。每篇文章700个字，对应14道题目。其中，13道题是基础资讯和推断题，每道题1分。最后一道题是小结题，俗称大题，满分2分。大题一般情况下是6选3，3个选项错一个扣一分，扣完为止，即在答题中错2或3个选项，这个题目不得分。因此，每篇文章对应14个题目，共15分。
托福阅读部分整体42道题，对应原始分数满分45分。将会给出原始分数与最终分数的对应。托福阅读满分为42至45分不等，转换为标准分后满分为30分。
阅读如果没有加试是分成两个section。section1 20min，一篇文章，做完直接提交。section2 40min，两篇文章，可以返回，也就是你做了第三篇之后可以检查第二篇但是不可以检查第一篇。如果有加试的话，加试是2篇文章算作一个section，可以在这个section范围内进行两篇的切换
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