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英文 高中

第三段第二行 enabled要怎麼翻比較好? 這是後位修飾嗎?

vido might be harme Tall 121 and homes. 第40 至43 題為題組 Flickering lamps can induce head. The But if the flickering happens millions of times a second far faster the eye can see or the brain then it transa data. This is the idea behind Li-Fi, or Light Fidelity. The term Li- Fi" 29 user ersity VIE of Edinburgh Professor Harald Haas in a 2011 TED Talk, where he introduced the idea of “wireless data from every light.” Today, Li-Fi has developed into a wireless technology that allows data to be sent at high speeds, working with lighéemitting diode LEDs), an increasibeti popular way to illuminate public areas c'dalod] 9.E. te... Later than Using LED lights as networking devices for data transmission, Li-Fi bas several advantages over Wi- Fi (Wireless Fidelity). First Li-Fi alistus For Theater security on local networks, as light cannot penetrate covered, access to a Li-Fi channel is cibles devices inside the room, ensuring that signals cannot, hacked from remote locations. Also, Li-Fi can operate in electrőmagnetic sensitive areas such as alterati hospitals, and nuclear power plants, for light does not interfere with radio signals. The most Significant advantage of Li-Fi is speed. Researchers have achieved speeds of 224 of Jhanks per second in lab conditions, much faster than Wi-Fi broadband. Egigabit How could Li-Fi enrich daily life? Anywhere there is LED lighting, there is an opportunity for Li-Fi enabled applications. Li-Fi-enabled street lights could provide internet access to mobile phones, making walking at night safer. The LED bulbs in traffic lights could provide drivers with weather conditions and traffic updates. Li-Fi could help with tourism by providing an easier access to local information. At home, smart light could also provide parents with solutions to their children's Internet addiction: Just turn off the lights and you've turned off their access. When 14 billion light bulbs mean 14 billion potential transmitters of wireless data, a cleaner, a greener, and even a brighter future is on the way. hieves

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英文 高中

第三段第二行 enabled要怎麼翻比較好?

might fail/q191 第40 至43 題為題組 Flickering lamps can induce headaches Phili But if the flickering happens millions of times a second far faster the eye can see or the brain process then it Po do somethinity like 1914. VI 系 of Edinburgh Professor Harald Haas in a 2011 TED Talk, where he introduced the idea of “wireless data C'Edn 630 from every light.” Today, Li-Fi has developed into a wireless technology that allows data to be sent at high speeds, working with light-emitting diolelta FLEDs), an incileasinati popular way to illuminate public areas and homes. c'dasod] (E... THE Using LED lights as networking devices data transmission, Li-Fi bas several advantages over Wi- allots walls or doors, unlike radio waves waves used in Wi-Fi. As long as transparent materials like glass windows are covered, access to a Li-Fi channel is liniited to devices inside the room, ensuring that signals cannot 2012 hacked from remote locations. Also, Li-Fi can operate in electrimagnetic sensitive areas such as ateities whospitals, and nuclear power plants, for light does not interferentivith radio signals. The most significant advantage of Li-Fi is speed. 1. Researchers have achieved speeds of 224.gidatuts per second in lab conditions, much faster than Wi-Fi brokaband. Egigabst] How could Li-Fi enrich daily life? Anywhere there is LED lighting, there is an opportunity for Li-Fi enabled applications. Li-Fi-enabled street lights could provide internet access to mobile phones, making walking at night safer. The LED bulbs in traffic lights could provide drivers with weather conditions and traffic updates. Li-Fi could help with tourism by providing an easier access to local information. At home, smart light could also provide parents with solutions to their children's Internet addiction: Just turn off the lights and you've turned off their access. When 14 billion light bulbs mean 14 billion potential transmitters of wireless data, a cleaner, a greener, and even a brighter future is on the way. Tser

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地球科學 高中

我一直想不通这两题

(中心登陸位漫的颱風多由東往西移動 其他29 110 發生藤原效應 (D)東部與 東北部是 此颱風為西北風 二、多選題:每題5分,共25 分 ) 1. 侵臺颱風 一月二月三月四月五月六月七月八月九月十月十一月十二月累計 2017 0 0 0 0 0 0 2 0 0 0 0 0 2 平均值 0 0 0 0 0.1 0.4 0.8 1.0 0.8 0.4 0.03 0.03 13.6 (1981~2010) 比較 2017年與過去20年侵臺的颱風個數與平均資料,錯誤的分析為何?(應選2項) (A) 12月曾經有一個颱風侵襲言灣 B) 2017年颱風總數低於平均值 C) 2017年只有2個颱風侵襲臺灣 D1~4月西太平洋沒有颱風 歷年侵臺的颱風多發生在7月 ( 02. 西北颱是一個臺灣的氣象俗用語,當出現西北颱時通常引起媒體大幅報導,要成為西北颱 有何條件,與影響的範圍有哪些?(應選2項) CAD往西北前進的颱風 (B)中心在宜蘭登陸 (C)接近臺灣期間北部山區大量降雨 D接近臺灣期間北部風向與河川平行 E接近臺灣期間東部發生海水倒灌 ( 03. 暴潮是指因為熱帶氣旋、溫帶氣旋等強烈的天氣系統所 引起的海面異常上升現象·右圖中的三種線段包括該地 的正常潮汐起伏、實際觀測到的海面高度,以及暴潮產 生的海面上升的幅度。某地在農曆初八受颱風侵襲,下 列的海面變化敘述何者正確?(應選2項) 6 10 (A)颱風中心氣壓低,風向往中心集中而發生暴潮 (B)適逢小潮,沿海陸地比7天前更容易發生海水倒灌 C甲曲線代表該地的正常潮起伏 T了曲曲的山前片开始的时 三、綜合題組:每題5分 © 地震規模的觀念是由C. F.I ML,或近震規模(Local r 芮氏地震規模僅適用震央國 (Ms)較適合,根據表面 定義根據體波之振幅及週 之大小與斷層面積、位移兰 ( 01. 右圖為四種量測功 述,判斷這些方法 (A)地震規模 3.0 (B地震矩規模沒有 IC表面波規模適。 D體波規模無法 日本311地震 02. 日本氣象廳地震天 以5秒為過期的 模。通常在地震言 2011年東北地方 暫定值),該數 ,如921地震芮上 項) | A日本备急南地 日 高度(公尺) 0· -4 2 14 18 22 一,

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