托福單字重要到不行

托福單字重要到不行
定價:320
NT $ 288
  • 作者:張慈庭英語研發團隊
  • 出版社:捷徑文化
  • 出版日期:2009-12-02
  • 語言:繁體中文
  • ISBN10:9866763889
  • ISBN13:9789866763885
  • 裝訂:平裝 / 632頁 / 32k / 13 x 19 cm / 普通級 / 雙色印刷 / 初版
 

內容簡介

本書特色

  想要增加托福字庫,單字一定得一個一個背才行嗎?
  NO!
  《托福單字重要到不行》將3500個出題頻率最高的托福單字設計為字義選擇題,讓你一邊做測驗一邊背單字,還能同步記憶類義字,不但大量倍增字庫,還能100%引爆你戰勝托福的鬥志!

  ■英文單字永遠背不完!使用最普及、成效最顯著的語言學習理論「i + 1輸入假說學習法」╳「iBT托福程度自我檢測表」,學會最多的核心單字,一次撇開背誦單字的壓力!

  不管任何語種,字彙背誦永遠是學習者最大的考驗和壓力。就算想要藉由背誦關鍵20%的單字,來達到80%的學習成效,那20%的字會對許多學習者來說也是個棘手的任務!二十世紀著名的語言學習理論「i + 1 輸入假說」提出當學習者在學習第二語言時,吸收效果最好的語言學習方法是以個人以具備的程度為基準(i),再加上高一級程度的學習元素(1)才能達到最高的學習效益;因此《托福單字重要到不行》特別規劃「iBT托福程度自我檢測表」讓各位立即檢視自我程度,找到程度基準(i)後立即對症下藥,達到顯著學習效果,並且不再恐懼背誦單字。

  ■大腦除了可以幫助學習,也可能成為阻礙學習的最大兇手。停止用中文學英文了!《托福單字重要到不行》全英選項測驗題,讓你用英文學英文,字庫與鬥志都能迅速倍增。

  許多人不知道的是,學習最重要的「核心」是大腦,最大的「阻礙」也是大腦!語言學家透過研究後發現,學習第二外語最快的進步方式就是用母語人士的思考模式來學習。而想要戰勝托福考到高分,並且進一步到外國留學,一直使用「英文+中文」的學習工具,其進步絕對是有限的!《托福單字重要到不行》特別設計全英選項的單字測驗題,率先模擬全英學習環境,讓各位考生一邊測驗一邊背單字,用英文學英文,還能同步學會單字類義字,迅速倍增字庫,提高準備托福的鬥志!

  ■全真模擬托福閱讀測驗,1.5倍的學習份量,速度與得分率立即增加1.5倍!

  在托福考試中,最令各位學習者害怕的除了超難字彙之外,還有連英語為母語人士都不一定看得完且看得懂的閱讀測驗,內容艱深、長度又嚇死人的文章常常是考生最感到挫敗的部份。想寫完都不簡單,更別說還要回頭檢查答題的正確度!《托福單字重要到不行》收錄四大托福測驗最常涉獵的主題,包含「社會科學、人文藝術、自然環境、科技新知」四個類項的閱讀專欄,不管是文章篇幅或是測驗題題數都比真實的托福測驗多了1/5倍,主要目的就是訓練考生的答題速度,屆時上考場時除了能夠成功完成所有題目,還能爭取較多的時間檢查考卷,戰勝托福機率大幅躍升。

作者簡介

張慈庭英語研發團隊

  Studies this matter, lacks the time, but is lacks diligently.(學習這件事,不是缺乏時間,而是缺乏努力。)

  從2006年開始從事英語教學書創作的張慈庭,截至2008年為止已著作了超過7本以上的英語教學書。經過一年多的努力,由暢銷書作者張慈庭領軍,聘請了包含商業英語、語言學、基礎美語教育等數十位的國內外學者,其中多為知名大學之教授與副教授。

  這群語言學菁英將利用自身在語言學習上豐富的研究經歷與經驗,提供所有亞洲地區英語學習者最優質最快速的學習途徑,讓所有學習者能夠利用最少的時間去學習,創造出最大的效益。

  團隊暢銷作品:《英文E-mail,抄這本就夠了》、《英文單字重要到不行》、《黑馬英文會話》,最新作品為《托福單字重要到不行》。

 

目錄

Level 1 A~Z
專欄—iBT托福必考閱讀訓練 Part 1 社會科學篇
Level 2 A~Z
專欄—iBT托福必考閱讀訓練 Part 2 人文與藝術篇
Level 3 A~Z
專欄—iBT托福必考閱讀訓練 Part 3 自然環境篇
Level 4 A~Z
專欄—iBT托福必考閱讀訓練 Part 4 科技篇
 

內容連載

Aa

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□01 abandon [D’b$ndDn]
(A) to stop someone (B) to forgive someone (C) to leave someone

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□02 abdomen [’$bdDmDn]
(A) adornment (B) belly (C) apartment

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□03 ability [D’b0lDt0]
(A) capability (B) powder (C) credibility

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□04 aboard [D’bord]
(A) embark (B) emblem (C) embed

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□05 above [D’bKv]
(A) liver (B) olive (C) over

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□06 abroad [D’brCd]
(A) above (B) overseas (C) outside

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□07 absentee [`$bs%’ti]
(A) someone who is not at a place (B) someone who send things (C) someone who witnesses sth.

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□08 abundant [D’bKndDnt]
(A) pliant (B) plenty (C) plentiful

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□09 accept [Dk’sGpt]
(A) refuse politely (B) open violently (C) take willingly

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□10 accident [’$ksDdDnt]
(A) misdeed (B) mischief (C) mishap

01. (C) 丟棄v. 02. (B) 腹部 n. 03. (A) 能力 n. 04. (A) 在船上 adv. 05. (C) 在……上面 prep. 06. (B) 在國外 adv. 07. (A) 缺席者 n. 08. (C) 豐富的 adj. 09. (C) 接受 v. 10. (C) 意外事故 n.
【Earth Science 地球科學 】
Without a doubt, earthquakes are one of the acts of Nature that people would definitely wish to predict, because earthquakes kill people. A major earthquake on one of the faults hidden underneath Tokyo could kill ten thousand people, and a tsunami could smash an island country in East South Asia.
Yet at the moment, earthquake prediction remains a matter of myth for human beings while some animals such as birds and snakes and bunny rabbits somehow sniff out the coming calamity. Questions about earthquakes remain hard to answer: Why do they start? What makes them stop? Are there clear patterns, rules, and regularities in earthquakes, or are they inherently random and chaotic?
The regular versus chaotic debate isn’t esoteric academic squabble. Berkeley seismologist Robert Nadeau believes that a lot of the randomness is just lack of knowledge while UCLA seismologist David Jackson says the field of earthquake science is ”waking up to complexity.” A seismic map clearly shows that faults don’t really follow neat and orderly lines across the landscape. When one fault lurches, it can dump stress on other faults.
Scientists can make forecasts by making good maps of fault zones and figuring out which ones are probably due for a rupture. A forecast could tell that there’s a certain likelihood of a certain magnitude earthquake in a given spot. Turning forecasts into predictions once seemed impossible, but scientists did have developed a method that may help to predict earthquake earlier; thus, it could give people enough warning to leave the deadly earthquake areas before an earthquake occurs and save lives.
Seismologists indicate that the new technology of predicting earthquakes could measure tiny changes in the Earth’s surface. They believe that the highly sensitive electrical devices could be used as early warning systems because when they are placed deep below ground, they are able to measure small changes in air pressure on the Earth’s surface which are caused when rocks push together, forcing air out of small cracks in the rock.
The scientists are now hoping that by placing the equipment deeper under the ground can they predict earthquakes with even greater intensity.
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