托福阅读题怎么应对呢

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托福阅读题怎么应对

正误判断题(True or False)是考查读者根据文章中阐明的信息，判断什么信息是正确的，什么信息是错误的或文章中没有提到的。考生的任务是在文章中找到相关信息，从而证实四个选项中有三个是正确的，并且/或者有一个选项是错误的。

例题：

…Although we now tend to refer to the various crafts according to the materials used to construct them-clay, glass, wood, fiber, and metal-it was once common to think of crafts in terms of function, which led to their being known as the “applied arts.” Approaching crafts from the point of view of function, we can divide them into simple categories: containers, shelters, and supports. There is no way around the fact that containers, shelters, and supports must be functional. The applied arts are thus bound by the laws of physics, which pertain to both the materials used in their making and the substances and things to be contained, supported, and sheltered. These laws are universal in their application, regardless of cultural beliefs, geography, or climate. If a pot has no bottom or has large openings in its sides, it could hardly be considered a container in any traditional sense…

The passage discusses applied-art objects in relation to all of the following EXCEPT

A. the techniques used in their construction

B. the ways they have been classified

C. their function

D. the universality of the laws that govern them

[解析]

正误判断题实际上也是在考察考生理解文章主要信息的能力，从这一点来讲是与Factual Information(事实信息题)相似的，两种题型存在的差异就在于正误判断题是要求考生从四个选项中筛选出与文章不符或文章中没有提到的信息。

仔细阅读这一段，我们发现这一段主要是在讨论1，在过去，人们常常是根据功能来区分手工艺术品的，从而产生了“applied arts(应用艺术品)”这一概念;2，从功能的角度来区分手工艺术品，可以把它们分为收纳物(container)、遮蔽物(shelter)、支撑物(support);3，应用艺术品受到laws of physics的限定，不仅限定了制作这些艺术品的材料也限定了他们所收纳的、遮蔽的、支撑的物体。这些laws是防止四海皆准的，在任何文化信仰、世界的任何地方和任何一种气候条件都是一样的。比如如果一个没有底的罐子或是一个在旁边开口的罐子，就很难被定一位是收纳物。

整个段落都没有提及建造这些艺术品所使用的技术，所以A是文章中没有提到的，为正确答案。

托福阅读真题原题+题目

The Native Americans of northern California were highly skilled at basketry, using the reeds,grasses, barks, and roots they found around them to fashion articles of all sorts and sizes — notonly trays, containers, and cooking pots, but hats, boats, fish traps, baby carriers, and ceremonialobjects.

Of all these experts, none excelled the Pomo — a group who lived on or near the coast duringthe 1800's, and whose descendants continue to live in parts of the same region to this day. Theymade baskets three feet in diameter and others no bigger than a thimble. The Pomo people weremasters of decoration. Some of their baskets were completely covered with shell pendants;others with feathers that made the baskets' surfaces as soft as the breasts of birds. Moreover, thePomo people made use of more weaving techniques than did their neighbors. Most groups madeall their basketwork by twining — the twisting of a flexible horizontal material, called a weft,around stiffer vertical strands of material, the warp. Others depended primarily on coiling — aprocess in which a continuous coil of stiff material is held in the desired shape with tightwrapping of flexible strands. Only the Pomo people used both processes with equal ease andfrequency. In addition, they made use of four distinct variations on the basic twining process,often employing more than one of them in a single article.

Although a wide variety of materials was available, the Pomo people used only a few. Thewarp was always made of willow, and the most commonly used weft was sedge root, a woodyfiber that could easily be separated into strands no thicker than a thread. For color, the Pomopeople used the bark of redbud for their twined work and dyed bullrush root for black in coiledwork. Though other materials were sometimes used, these four were the staples in their finestbasketry.

If the basketry materials used by the Pomo people were limited, the designs were amazinglyvaried. Every Pomo basketmaker knew how to produce from fifteen to twenty distinct patternsthat could be combined in a number of different ways.

1. What best distinguished Pomo baskets

from baskets of other groups?

(A) The range of sizes, shapes, and designs

(B) The unusual geometric

(D) The rare materials used

2. The word fashion in line 2 is closest in meaning to

(A) maintain

(B) organize

(D) create

3. The Pomo people used each of the following materials to decorate baskets EXCEPT

(A) shells

(B) feathers

(D) bark

4. What is the author's main point in the second paragraph?

(A) The neighbors of the Pomo people tried to improve on the Pomo basket weaving techniques.

(B) The Pomo people were the most skilled basket weavers in their region.

(D) The Pomo baskets have been handed down for generations.

5. The word others in line 9 refers to

(A) masters

(B) baskets

(D) surfaces

6. According to the passage , a weft is a

(A) tool for separating sedge root

(B) process used for coloring baskets

(D) pattern used to decorate baskets

7. According to the passage , what did the Pomo people use as the warp in their baskets?

(A) bullrush

(B) willow

(D) redbud

8. The word article in line 17 is close in meaning to

(A) decoration

(B) shape

(D) object

9. According to the passage . The relationship between redbud and twining is most similar to the

relationship between

(A) bullrush and coiling

(B) weft and warp

(D) sedge and weaving

10. The word staples in line 23 is closest in meaning to

(A) combinations

(B) limitations

(D) basic elements

11. The word distinct in lime 26 is closest in meaning to

(A) systematic

(B) beautiful

(D) compatible

12. Which of the following statements about Pomo baskets can be best inferred from the

passage ?

(A) Baskets produced by other Native Americans were less varied in design than those of the

Pomo people.

(B) Baskets produced by Pomo weavers were primarily for ceremonial purposes.

(D) The basketmaking production of the Pomo people has increased over the years.

PASSAGE 3 BDCBB CBDAD CA

托福阅读真题原题+题目

The geology of the Earth's surface is dominated by the particular properties of water. Presenton Earth in solid, liquid, and gaseous states, water is exceptionally reactive. It dissolves,transports, and precipitates many chemical compounds and is constantly modifying the face ofthe Earth.

Evaporated from the oceans, water vapor forms clouds, some of which are transported bywind over the continents. Condensation from the clouds provides the essential agent ofcontinental erosion: rain. Precipitated onto the ground, the water trickles down to form brooks,streams, and rivers, constituting what are called the hydrographic network. This immensepolarized network channels the water toward a single receptacle: an ocean. Gravity dominatesthis entire step in the cycle because water tends to minimize its potential energy by running fromhigh altitudes toward the reference point, that is, sea level.

The rate at which a molecule of water passes though the cycle is not random but is a measureof the relative size of the various reservoirs. If we define residence time as the average time for awater molecule to pass through one of the three reservoirs — atmosphere, continent, and ocean— we see that the times are very different. A water molecule stays, on average, eleven days inthe atmosphere, one hundred years on a continent and forty thousand years in the ocean. Thislast figure shows the importance of the ocean as the principal reservoir of the hydrosphere butalso the rapidity of water transport on the continents.

A vast chemical separation process takes places during the flow of water over the continents.Soluble ions such as calcium, sodium, potassium, and some magnesium are dissolved andtransported. Insoluble ions such as aluminum, iron, and silicon stay where they are and form thethin, fertile skin of soil on which vegetation can grow. Sometimes soils are destroyed andtransported mechanically during flooding. The erosion of the continents thus results from twoclosely linked and interdependent processes, chemical erosion and mechanical erosion. Theirrespective interactions and efficiency depend on different factors.

1. The word modifying in line 4 is closest in meaning to

(A) changing

(B) traveling

(D) destroying

2. The word which in line 5 refers to

(A) clouds

(B) oceans

(D) compounds

3. According to the passage , clouds are primarily formed by water

(A) precipitating onto the ground

(B) changing from a solid to a liquid state

(D) being carried by wind