請問第8題為什麼是exposure

1. 觀參 2. 以 (1) # 6. 7. 8. 9. creativity 10 cation exposure expose behave (assign) today is to read twenty pages in our science (create) to keep coming up with interesting new ideas. textbook. It takes I like the apartment a lot because the rent is not high and the (locate) is perfect. Studies have shown that will cause skin cancer. Mother said that she wouldn't allow us to watch TV if we couldn't (expose) to too much solar radiation 1 2

第10題求解？

二、克漏字 (30%) Some people study for hours, yet they are unable to get better grades. Perhaps the problem isn't the quantity of time but rather the quality. Our ability to concentrate can have a massive impact on our__(6)____ performance. Let's look at some ways to help you focus. First,__(7)__ all distractions around you. We tend to waste a lot of time checking social media and chatting online.__(8)____ effectively, put away your phone and choose an environment that won't interrupt your study. Use a comfortable chair and desk, and select a room with a suitable temperature and bright lighting. Next, make a study plan. (9) approaching your favorite subject first, begin with tasks that need more effort to complete. Our concentration level is usually highest at the start of a study period. Finally, reward yourself at the end of a good study session. A reward works (10)_ a good motivation for achieving the outcome you want. (D) 6. (A) mock (B) 7. (A) interact with (C) 8. (A) Study B) 9. (A) Due to ) (10 (A) as (B) solar (B) get rid of (B) Studying (B) Instead of (B) to (C) religious (C) come up with (C) To study (C) According to (C) at (D) academic (D) be referred to as (D) Despite studying (D) At risk of (D) with

請問大家世界上消耗最大的能源到底是哪一個 每個地方找的答案都不一樣... 最高的到底是石油還是媒！

16:57 ≤②⑥ 實現都在此環境中扮演重要角色。 ※註:TWh為百萬兆瓦/時 Terawatt hours 圖二:IEA上修可再生能源的發電比重,並 成為2035年後的主要電力來源 14,000 The IEA has significantly raised its outlook for electricity generation from wind and solar again Non-hydro renewable output in 2040 is up 22% - with solar up 43% and wind 16% - relative to the 2018 outlook (dotted lines) 12,000 10,000 8,000 6,000 4,000 2,000 0 1990 – Coal Gas -Oil 1995 - 2000 石油 2020年預估 ||| • Oil – Hydro – Nuclear – Non-hydro renewables 煤炭 2005 天然氣 2010 ----- 水力 核能 INA 2015 2019年預估 2020. 放棄好基金清單 O ZME 2025 ----- 展開投資成功第一步,好基金推給你! 訂閱鉅亨,立即領取好基金清單! 52%| 非水力 可再生能源, (預估值) 2030 資料來源:IEA-World Energy Outlook 2020,2020/10。 2035 2018年預估 2040 訂閱拿好基金清單

謝謝～

18~20為題組 在人類發展文明的過程中需要依賴能量,使用時必須依照需要將能量轉換成適當的形式。而在能量的形式 轉換的過程中,總有部分能量會逸散而損失,逸散的能量不易收回再加以利用,因此可供我們利用的「有 用能源」將愈來愈少,找尋新的能源是重要的課題之一。 據估計每年照射在地球表面上的太陽能約為目前全世界每年所需能量的一萬多倍,利用太陽能來發電 應是解決能源匱乏的良好方案。由近年歐盟統計資料(如下左圖)可一窺究竟。 目前人類利用太陽能通常有兩種方式: 一是太陽光照射在某些金屬表面上,使金屬的原子釋放電子,形成電流,轉為電能。最常見的就是太 陽能電池。 另一種方式是大規模的太陽能轉換成我們可使用的能源,然而最大的問題是:太陽並不是隨時都在照 射,以致無法全天候運轉。這問題的解決之道就是在太陽照耀的時候,除了發電裝置運作之外,還要將多 餘的照射能量儲存起來,以待天候不佳或夜晚的時候使用,但是在能量儲存與釋放的過程當中,損失的比 例很大,能量轉換的效率並不高,為各種發電型態中最低的。而近年來對於解決這個問題有了重大的突破 !因為有了熱量貯存媒介的新材料。在西班牙的安達索爾太陽能發電站(Andasol Solar Power Station), 利用直線型拋物面槽式集热器(如下右圖)將入射的陽光經由拋物面板反射,集中能量於拋物面的焦點( 實際上為一直線)處加熱金屬管內的油將水煮沸、產生蒸氣用來發電。實際上,拋物面集热器所收集的熱 能幾乎是白天發電所需熱能的兩倍,多餘的熱則會從管内的油傳送至熱量貯存媒介熔融鹽。其熔點為 240℃,在240℃至590℃的範園內都是很穩定的液態,比熱相當大,是很合適的熱貯存材料、熔融的混合 鹽從 260℃吸取油管的熱能升溫至 400℃。夜間則將熱傳回管內的油,以供發電。如此,發電廠在白天及 夜晚都能運作,既可提升效率又可降低成本,有如打造一個太陽能銀行般將太陽能貯存起來!

謝謝～

18~20為題組 在人類發展文明的過程中需要依賴能量,使用時必須依照需要將能量轉換成適當的形式。而在能量的形式 轉換的過程中,總有部分能量會逸散而損失,逸散的能量不易收回再加以利用,因此可供我們利用的「有 用能源」將愈來愈少,找尋新的能源是重要的課題之一。 據估計每年照射在地球表面上的太陽能約為目前全世界每年所需能量的一萬多倍,利用太陽能來發電 應是解決能源匱乏的良好方案。由近年歐盟統計資料(如下左圖)可一窺究竟。 目前人類利用太陽能通常有兩種方式: 一是太陽光照射在某些金屬表面上,使金屬的原子釋放電子,形成電流,轉為電能。最常見的就是太 陽能電池。 另一種方式是大規模的太陽能轉換成我們可使用的能源,然而最大的問題是:太陽並不是隨時都在照 射,以致無法全天候運轉。這問題的解決之道就是在太陽照耀的時候,除了發電裝置運作之外,還要將多 餘的照射能量儲存起來,以待天候不佳或夜晚的時候使用,但是在能量儲存與釋放的過程當中,損失的比 例很大,能量轉換的效率並不高,為各種發電型態中最低的。而近年來對於解決這個問題有了重大的突破 !因為有了熱量貯存媒介的新材料。在西班牙的安達索爾太陽能發電站(Andasol Solar Power Station), 利用直線型拋物面槽式集热器(如下右圖)將入射的陽光經由拋物面板反射,集中能量於拋物面的焦點( 實際上為一直線)處加熱金屬管內的油將水煮沸、產生蒸氣用來發電。實際上,拋物面集热器所收集的熱 能幾乎是白天發電所需熱能的兩倍,多餘的熱則會從管内的油傳送至熱量貯存媒介熔融鹽。其熔點為 240℃,在240℃至590℃的範園內都是很穩定的液態,比熱相當大,是很合適的熱貯存材料、熔融的混合 鹽從 260℃吸取油管的熱能升溫至 400℃。夜間則將熱傳回管內的油,以供發電。如此,發電廠在白天及 夜晚都能運作,既可提升效率又可降低成本,有如打造一個太陽能銀行般將太陽能貯存起來!

請問一下這題為什麼 另外遇到這種太陽終年直射的問題，該如何去判斷 🆘🙏

0 鋒面過境 (B)逆溫現象 《聖嬰現象 溫室效應。 。。。。 28 PS10 太陽能發電塔(PS10 solar power tower)是歐洲首座的商業性太陽能發電廠 利用 624 個稱為日光反射器的巨大可移動鏡片蒐集陽光並且產生電力。這座 太陽能發電廠設在甲國 南部城市,當地全年源源不絕的太陽光照》是發展這項 7分 能源的絕佳場所,可以讓甲國逐步減輕對石油的依賴。請問文中敘述的甲國, 最有可能是下列何者? 反向 (A)瑞典 B) 英國 D西班牙。 > 德國 O

想問第5題 為什麼B跟C選項不能選？ 謝謝。

Wiin a There are several reasons why using solar power for this agricultural purpose makes perfect sense. Firstly, the Atacama Desert has the reputation for being the driest region on Earth, 3. quite a few hours of sunshine. In fact, it is estimated that the number of cloudy day per a year there rarely 4. . 30. Secondly, there is a lot of competition between the agricultural and mining companies in the region for electricity. The energy-hungry, booming mining industry, consumes half of Chile's electrical supply. Solar power offers an abundant 5. green energy that could greatly assist in the expansion of agricultural production. OT A1. (A) renewable vo (B) recyclable (C) repeatable ola to (D) reviewable in oels ABA) skillfully (B) precisely ble to (C) generally (D) positively 82A) during il s (B) from (D) with 64. (A) preserves (B) approves (C) exceeds TOL Dicultivates oure ! ( 5.@y) number of (B) plenty of JIRI (@lot of JiaoJ (D) amount of the * a great deal of 《不 obo (C) among 17

請問這個over是動詞還是形容詞？

equis clas 在、三上 (which Furthermore, solar panels are installed on top of the att hen kan boat's roof to supply the power needed to run everything. everything. Jadf.adice (which is 国*c} ab. 25 Each boat school can accommodate as many as thirty students and provide basic education up to the fourth grade. (3) The ill Trolere ar as 0 Every morning, six days a week, students wait at the 直至 N - 論題 docks * near their muddys villages for the boat schools to 碼頭 光的村莊。 sail by and pick them up. Aside from traditional subjects, 在, 除了 apart from 30 students also study environmental topics like biodiversity Tin. addition to 生物多士 and water pollution. Each (learning session lasts three 學習課程一段時間 hours. When the session is over, the boat takes the students 課程 back to their village and then sails on to the next village to 返回 WJ 車 航行向 PAN

21題 教教我QAQ

Section 11.3 Angular Momentum J-s behind rmv a he ur 265 = ? a ter 30. Example 11.1: A 58.1 Iw COMP string and whirled at 18. Express the units of angular momentum (a) using only the funda- momentum of magr mental units kilogram, meter, and second; (b) in a form involving the circular path. Fir newtons; (c) in a form involving joules. marw horizontal and (b) the 19. Use data from Appendix E to make an order-of-magnitude esti- 31. Example 11.2. A stai mate for the angular momentum of our Solar System about the Max 27 the end of its lifetime galactic center. mu = 17.293 of radius 4.96 X 10' 20. A gymnast of rotational inertia 63 kg•m? is tumbling head over heels dwarf of radius 4.21 with angular momentum 460 kg•m?/s. What's her angular speed? 17.99 acted on the core, fine A 660-g hoop 95 cm in diameter is rotating at 170 rpm about its 32. Example 11.2: Astro 22. A 1.3-th-diameter golf ball has mass 45 g and is spinning at central axis. What's its angular momentum? L: 1W=0-66*(0-95) x 140x277.10 km and determin core that collapsed to 3000 rpm. Treating the golf ball as a uniform solid sphere, what's ing with a period of 4 its angular momentum? 18-3 33. Example 11.2. The s 10-598 rpm With her arms outstre Section 11.4 Conservation of Angular Momentum tational inertia is 3.5 23. A potter's wheel with rotational inertia 6.20 kg•m? is spinning (Fig. 11.6b), her rot freely at 20.0 rpm. The potter drops a 2.50-kg lump of clay onto her final spin rate? L = 6 2 x 2-1 = 12-99~13 - 2x2 22 13= 60.48)" x 2.5 W W = 2 . X z W = 20x2T 60 ²2.1 ~ 1 12.574

第21題 到底要怎麼寫ಥ_ಥ

Section 11.3 Angular Momentum J-s behind rmv a he ur 265 = ? a ter 30. Example 11.1: A 58.1 Iw COMP string and whirled at 18. Express the units of angular momentum (a) using only the funda- momentum of magr mental units kilogram, meter, and second; (b) in a form involving the circular path. Fir newtons; (c) in a form involving joules. marw horizontal and (b) the 19. Use data from Appendix E to make an order-of-magnitude esti- 31. Example 11.2. A stai mate for the angular momentum of our Solar System about the Max 27 the end of its lifetime galactic center. mu = 17.293 of radius 4.96 X 10' 20. A gymnast of rotational inertia 63 kg•m? is tumbling head over heels dwarf of radius 4.21 with angular momentum 460 kg•m?/s. What's her angular speed? 17.99 acted on the core, fine A 660-g hoop 95 cm in diameter is rotating at 170 rpm about its 32. Example 11.2: Astro 22. A 1.3-th-diameter golf ball has mass 45 g and is spinning at central axis. What's its angular momentum? L: 1W=0-66*(0-95) x 140x277.10 km and determin core that collapsed to 3000 rpm. Treating the golf ball as a uniform solid sphere, what's ing with a period of 4 its angular momentum? 18-3 33. Example 11.2. The s 10-598 rpm With her arms outstre Section 11.4 Conservation of Angular Momentum tational inertia is 3.5 23. A potter's wheel with rotational inertia 6.20 kg•m? is spinning (Fig. 11.6b), her rot freely at 20.0 rpm. The potter drops a 2.50-kg lump of clay onto her final spin rate? L = 6 2 x 2-1 = 12-99~13 - 2x2 22 13= 60.48)" x 2.5 W W = 2 . X z W = 20x2T 60 ²2.1 ~ 1 12.574