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新制多益聽力題庫：短獨白2，附詳盡解析(附MP3)

為了解決Bear Fruits的問題，作者AmandaChou 這樣論述：

最強新多益學習方式── 養成黃金習慣 每天至少一篇聽力填空測驗 習慣帶來實質改變 些微的改變累積成豐碩的果實！ 　　▍強化並改善「聽力關鍵點」例如﹕聽力專注力和聽力理解力， 　　在聽力專注力和聽力理解力等核心能力未提升時，聽力解題技巧等對於於考試中要實質性提升聽力成績的效果有限，不本末倒置的學習，鞏固好聽力專注力等核心能力，才是通往新多益聽力高分的途徑。 　　▍附詳盡解析，輕易拆解各式陷阱題，掌握核心能力，不被干擾選項影響答題，答稍難或更具鑑別度的試題也得分。 　　確實區分「剛才有聽到講者說過」和「是否是題目所問的」的差異，不受干擾選項影響答題。掌握其他關鍵答題技巧、活化思緒，面對任何

陷阱題均能迎刃而解。 　　▍收錄更具趣味性的短獨白內容，同步提升學習興趣、掌握道地慣用語。 　　包含節目通告、黑色購物節、叢林探險、珠寶展、天氣預報等琳瑯滿目的主題，趣味性地攻略新多益聽力考試並累積道地美劇慣用語。（也可於通勤和下課等時間反覆聽誦，潛移默化地累積英語語感。） 　　▍規劃「填空測驗」，高中教師的首選書，瞬間提升學生聽力能力以及掌握學測、指考、新多益循環必考2000單，指考瞬間80+高分。 　　於高一起每堂課開頭進行一個單元的測驗或安排英語課後回家作業，學生能於高一、二即有紮實的訓練，具備各類英語考試的關鍵字彙。（《短獨白(1)和(2)》合計共包含80個單元的填空測驗，高三前海

量強化聽力、答字彙題、綜合測驗、文意選填、篇章結構等答題實力。） 　　▍包羅萬象主題可用於練習中翻英、英翻中（千句），欲選修外文系為主修者必備，大學四年文法修辭和寫作課等課程均輕鬆過關！（有更充裕的時間能用於旅遊、企業實習、社團和志工服務等。） 　　這裡的柳丁產量也是全臺之冠，良好的柳丁品質讓這裡有了「橙之鄉」的美譽。除了柳丁之外，還有葡萄柚、柑桔、鳳梨都是很出色的當地出產水果，這裡有很多的觀光果園可以讓遊客享受採收的樂趣。 　　The oranges grown here are the best in Taiwan and have given the county the nickna

me of Orange County. Beside oranges, other fruits grown here, such as grapefruit, mandarin oranges, and pineapple, are also outstanding. A lot of the fruit orchards encourage tourists to come and pick their own fruit right off the trees. 　　烏龍茶獨特的製茶過程是烘乾後再重複用布包成球狀揉捻茶葉，使茶葉呈半發酵、半球狀。 　　Oolong’s unique

process is that after it’s dried, the leaves are wrapped in a ball with a cloth and rolled back and forth until eventually the leaves are semi-fermented and hemispherical. 　　戰後日本人離開臺灣後，咖啡的價格沒有競爭性所以後來該地區大多數的咖啡種植園都荒廢了。 　　After the war and the Japanese left Taiwan, the price for coffee beans wasn’t co

mpetitive enough, so many coffee plantations were abandoned. 　　拉拉山自然保護區內有很多難得一見的野生動物，如臺灣黑熊、彌猴、山羌等，是臺灣生態保育的重要地方，賞鳥者會到這裡來看種類繁多的獨特鳥類。 　　This area is an important ecological conservation area in Taiwan with many rare wild animals, such as the Formosan black bear, macaques, and muntjac deer. Bird watche

rs come here to spot the diverse and unique bird species. 　　留守的人在盜匪走後就在夜間放天燈作為信號讓山上避難的村民知道可以返家，當時他們返家日是農曆正月十五的元宵節，之後每年元宵節，平溪的村民就會放天燈來互報平安。 　　After the bandits left, the village keeper released a sky lantern to inform the villagers that it was safe to come home. The day the villagers came home was o

n the 15th day of the Lunar New Year. It became a tradition for the people in Pinghsi to release sky lanterns (also called “The blessing light”) to tell each other they are safe and sound.。 （更多精彩內容請見書籍內容...）  

Bear Fruits進入發燒排行的影片

可拉伸之奈米碳材料應變感測器之研究

為了解決Bear Fruits的問題，作者雷鉦彥 這樣論述：

本研究提出利用奈米碳材料與高分子材料基板製作可拉伸之應變感測器，用於量測人體活動與植物生長情況之應用。奈米碳材料分別選用奈米碳管以及石墨烯，皆具有良好的機械特性以及導電能力，並且可以沉積於高分子材料基板上。本研究首先對於基板的特性進行比較，將常見的高分子材料，如：PDMS、Ecoflex，及V-1765，藉由拉伸試驗、透濕性實驗、剝離強度實驗，分別比較彈性模數、透氣程度，與材料黏著力。綜合以上實驗結果顯示V-1765具有較低的彈性模數、較為優異的透氣能力以及較好的黏著能力，因此本研究利用V-1765作為應變感測器的基板。感測層的製作則是採用奈米碳管與石墨烯，以不同比例的混合溶液製成。製成之感

測器分別透過靈敏度、響應時間、穩定性、耐久性，以及溫度影響等五項數質進行量測，比較感測器之間的性能差異。根據結果顯示奈米碳管混合石墨烯製成的應變感測器具有較佳的性能，可以承受100%的最大應變極限，且靈敏度為5.84，並在拉伸400毫秒時的響應時間為660毫秒，表示響應時間快速，以及良好的耐久性與穩定性能，並且受到環境溫度影響較低，表示可以安裝於溫室內進行植物生長情況量測，也可以用於量測手指的彎曲。最後，本研究成功利用物聯網技術整合自製的應變感測器與微控制板，並將感測器安裝於溫室內網紋瓜果實上，量測其生長產生的尺寸變化，量測所得的資訊透過無線網路上傳至雲端伺服器，達到即時量測上傳的功能，讓使用

者可以遠端監測生長情況。

Capitalism in America: An Economic History of the United States

為了解決Bear Fruits的問題，作者Greenspan, Alan/ Wooldridge, Adrian 這樣論述：

From the legendary former Fed Chairman and the acclaimed Economist writer and historian, the full, epic story of America's evolution from a small patchwork of threadbare colonies to the most powerful engine of wealth and innovation the world has ever seen. Shortlisted for the 2018 Financial Times an

d McKinsey Business Book of the Year AwardFrom even the start of his fabled career, Alan Greenspan was duly famous for his deep understanding of even the most arcane corners of the American economy, and his restless curiosity to know even more. To the extent possible, he has made a science of unders

tanding how the US economy works almost as a living organism--how it grows and changes, surges and stalls. He has made a particular study of the question of productivity growth, at the heart of which is the riddle of innovation. Where does innovation come from, and how does it spread through a socie

ty? And why do some eras see the fruits of innovation spread more democratically, and others, including our own, see the opposite? In Capitalism in America, Greenspan distills a lifetime of grappling with these questions into a thrilling and profound master reckoning with the decisive drivers of the

US economy over the course of its history. In partnership with the celebrated Economist journalist and historian Adrian Wooldridge, he unfolds a tale involving vast landscapes, titanic figures, triumphant breakthroughs, enlightenment ideals as well as terrible moral failings. Every crucial debate i

s here--from the role of slavery in the antebellum Southern economy to the real impact of FDR's New Deal to America's violent mood swings in its openness to global trade and its impact. But to read Capitalism in America is above all to be stirred deeply by the extraordinary productive energies unlea

shed by millions of ordinary Americans that have driven this country to unprecedented heights of power and prosperity. At heart, the authors argue, America's genius has been its unique tolerance for the effects of creative destruction, the ceaseless churn of the old giving way to the new, driven by

new people and new ideas. Often messy and painful, creative destruction has also lifted almost all Americans to standards of living unimaginable to even the wealthiest citizens of the world a few generations past. A sense of justice and human decency demands that those who bear the brunt of the pain

of change be protected, but America has always accepted more pain for more gain, and its vaunted rise cannot otherwise be understood, or its challenges faced, without recognizing this legacy. For now, in our time, productivity growth has stalled again, stirring up the populist furies. There's no be

tter moment to apply the lessons of history to the most pressing question we face, that of whether the United States will preserve its preeminence, or see its leadership pass to other, inevitably less democratic powers. Alan Greenspan was born in 1926 and reared in the Washington Heights neighborh

ood of New York City. After studying the clarinet at Juilliard and working as a professional musician, he earned his BA, MA, and PhD in economics from New York University. In 1954, he cofounded the economic consulting firm Townsend-Greenspan & Company. From 1974 to 1977, he served as chair of the Co

uncil of Economic Advisors under President Gerald Ford. In 1987, President Ronald Reagan appointed him chairman of the Federal Reserve Board, a position Greenspan held until his retirement in 2006. He is the author of the #1 New York Times bestseller The Age of Turbulence. Adrian Wooldridge is a Was

hington correspondent for The Economist and was its West Coast bureau chief, based in Los Angeles. He is the author of Measuring the Mind: Education and Psychology in England, 1860-1990. He has written for The Wall Street Journal, The New Republic, and The Times of London, and has appeared on NPR an

d the BBC.

探討雀榕與大葉雀榕共域近似種之物候學與榕小蜂

為了解決Bear Fruits的問題，作者江允芃 這樣論述：

榕屬植物 (Ficus) 是熱帶與亞熱帶生態系的基石物種。榕屬植物上複雜的生物關係包含了專一共生的授粉榕小蜂和非授粉蜂，且植物的生長物候會受到當地天氣甚至氣候變遷的影響。雀榕 (F. subpisocarpa) 與大葉雀榕 (F. caulocarpa) 是親緣關係相近且在台灣常見的雌雄同株榕屬植物，但其適合生長的地區不同，其中前者為亞熱帶物種，後者則為熱帶物種。本論文的研究目標是瞭解這兩種榕屬植物的物候型態及其對環境的適應，同時調查榕小蜂群聚並探討雀榕如何維持其複雜的榕小蜂族群。本研究分別在北台灣進行45個月每週與南台灣進行25個月雙週的植物物候調查，除了記錄榕果與葉子的生長期別，也採集榕

小蜂建構產卵時序和榕小蜂相。資料的分析以兩個方向為主，分別是植物物候模式及氣候因子對物候的影響，另外調查榕小蜂的種類多樣性並探討小蜂群聚的種間關係。此外為了釐清榕小蜂食性關係在不同期別的榕果上施作套袋實驗以操控能夠產卵的榕小蜂種類。主要結果包含以下四個方向：(1) 雀榕與大葉雀榕在台灣的植物物候特徵；(2) 氣候因子對這兩種榕屬植物的影響；(3) 雀榕與大葉雀榕的榕小蜂相；(4) 雀榕榕小蜂的種間關係。這兩種榕屬皆全年結果且沒有明顯季節模式，並在榕小蜂離開榕果後減弱株內的榕果生長同步性以拉長食果動物取食的果實產期。每次的調查皆有大約20-30%的樹在結果，而榕果生長的果期會在冬天延長。北台灣約

70%的植株會在春天展新葉，但在南臺灣則沒有季節的差異。氣候因子的分析也顯示僅有雀榕的新葉生長與氣溫增加相關，且在北台灣的資料分析中兩種榕屬植物的生長皆呈現較多與氣候因子的顯著相關性。雖然溫度會影響榕果生長與落葉，但在熱帶南台灣的雀榕與亞熱帶北台灣的大葉雀榕仍能維持穩定的榕果生長，顯示榕樹似乎仍能在氣候變遷中保持生長的穩定以維持與榕小蜂的共生關係。榕小蜂的研究中，雀榕上至少有19種形態種而大葉雀榕則有11種形態種，兩者的榕小蜂相極為相似。雀榕的授粉蜂在小蜂群聚中能夠維持三分之一的豐度，而大葉雀榕上的授粉蜂則幾乎佔有90%的豐度。在雀榕上，多數會對授粉蜂族群造成負面影響的非授粉蜂是在C期榕果上產

卵，因此當施作套袋實驗隔離在此期別產卵的非授粉蜂時，授粉蜂增加了50%的豐度。非授粉蜂對授粉蜂的負面衝擊可經由雀榕同時產出的大量榕果分散非授粉蜂的產卵以降低其威脅性，而如此穩定豐富的榕果資源也同樣增加了非授粉蜂的多樣性。整體而言，雀榕與大葉雀榕在台灣的都市環境中提供綠地並供應動物穩定的食物資源，是重要且值得用以研究共生關係和環境影響的植物資產。