第三題為什麼要用現在式

打電 oever 這種 f T 1.L 第一部分:選擇題(60分) 、綜合測驗 「 說明:下面三篇短文共有15題,每篇各有5題,為第1-15題,每題2分,共30分,請依短文 | 文意,選出一個最適合該空格的答案。(合告:意去 閱讀下文,回答第1-5題 For baseball enthusiasts, the name Shohei Ohtani is more than familiar. Born in Iwate, Japan, this baseball legend played a key role in leading the Los Angeles Dodgers to the playoffs in 2024. He then MLB career, guided the team to defeat the New York Yankees in the World Series and earned the team its historic eighth championship. This victory also marked Ohtani's first championship in his seven-year making it his historic 1 2 both Ohtani is widely praised as one of the rare "two-way" players in modern sports, pitching and hitting. As a pitcher, his top speed reaches an impressive 165 km/h, a record among Japanese players, while his unpredictably changing pitches-especially his famous "devil forkball"-have given batters a tough time. As a hitter, he possesses exceptional power, along with a sprint speed that ranks in the top 10% of the Major League Baseball (MLB). In the 2024 regular season, he achieved an incredible "54 home runs and 59 steals," proving his unparalleled versatility and skill as a baseball player. 3 an immense amount of hard work and dedication. As However, behind Ohtani's success early as high school, he began using the "Mandala Chart" method to set and attain his goals. This approach starts with a central goal and branches out into eight related elements, forming a clear roadmap goal was to become "the top draft pick among all teams." To for improvement. At that time, his 4 make it, he set sub-goals such as "pitch control," "speed," "physical strength," and "character," working on each area to develop himself inside and out. 5. "that witte breaks With each record, fans believe that Ohtani has transcended even imaginary baseball heroes depicted in manga. He embodies the true essence of a real-life champion. 1. (A) material (B) mechanic (C) milestone (D) molecule 2. (A) appealing to (B) coping with AQ³. (A) lies (B) lying (C) excelling in (C) lay (D) struggling through (D) lain

請問甲點算超臨界流體還是氣體？

10,000 solid 1,000 pressure P (bar) 100 liquid 10 10 supercritical fluid critical point triple point gas 1 200 250 300p 350p 400 temperature

請問B的紅色波長怎麼計算😿

範例3 780x10-9 方法 21 Physics 第1 波長從380nm~780nm的電磁波是人眼可以感受到的波長範圍,被稱為可見 光,或簡稱為光,其中紅光的波長最長而頻率最低。但其實人眼睛可看見的範 圍可廣至312 nm~1050nm,只是「能見度」愈來愈差而已,若過度的照射會 對眼睛造成傷害。人眼對於「白光」的感覺應該是源自於對於太陽光的感受, 只要光線含有與太陽光類似比例的不同頻率光線,便都會產生白光的感覺, 並不存在單獨頻率的白光。正常視力的人眼對波長約為555nm的電磁波最為 敏感,是綠光接近黃光,如警察夜間值勤衣服上的螢光條顏色。已知光速為 3×10° m/s,則 (A)紫光頻率最高,傳播速度也最快(B)紅光的頻率為3.8×104 Hz (C)紅光的頻率為380THz (E)紫光的波長為3.8m (BXC) (D)紅光頻率的數量級為104 Hz (A)紫光最高,但所有頻率的光速都相等,皆為3×10°m/s。 光速 3×108 3×108 = 紅光頻率 =3.8×104(Hz)。 ⇒f= f 780×10 26 (B)紅光波長為780nm =

有人理化比較好可以告訴我畫紅線那一行的答案嗎😓

例題 Vo = )等加速度 拋體 計空氣阻力的影響,試求:(g=10m/s²)向下 某人為測定一高塔的高度,自塔頂自由落下一金屬球,共歷時4秒才落至地面。若不 (1)塔的高度為何? 80m. (2)落至地面時的速度為何?-40m/3. JV V4-0 st 4 = 10 => 14₁ = 40 m/s. 向下 α = g² =10% / 5 向下 Q : 著地前一秒內的位移=?(m). 例題 18 Physical 面積:位移=塔高 拋體 =801

求英文橘子復習講義第三冊解答🙇🏻‍♀️

4 元 6 第三冊(I) 貼心提供置端學院線上 文法重點 重要度 每天氣的問與答 ★★ ① 所有 授與動詞的用法 • 從屬連接詞:when, before, after 6 電話 主題 1 單字好好記 ●國家名稱 社團 18. Taiwa ect 科目;主題:主詞 19. the Rd 數學 (sarons] 自然;科學 中文;中國人 歷史 make history(創造歷史) = physical education) 俱樂部;棍棒 20. the US of Ame 21. America American 22 Japan 日 Japanese (B ● 其他 媽 參加活動的媽媽 23. end

17看不懂這個句子的結構。選B是因為我覺得要選前後的相同詞性。 20勉強可以，但是看不出來前後句子的關聯性。 10月考試，希望可以趁現在衝刺一下，謝謝🙏😭😭

A& CD Questions 16-20 di Born in England in 1643 to a widowed mother, Isaac Newton was a sickly baby who was not expected to survive for more than a few days. That he lived for 84 years is rural property. (16). Yet, he endured a traumatic childhood. When his mother remarried, he was sent to live with relatives, and (17) without either of his parents turned young Isaac into an anxious and occasionally violent man. Newton also spent a period of time managing his family's 1 (18) this, he suffered from an interrupted education and graduated from the most respected and renowned scientists in history. Throughout his career, he made university later than his peers. Despite all these (19), Newton went on to become one of numerous discoveries in fields ranging from mathematics to optics. However, it is his three laws of motion (20). Indeed, they still form the basis of modern physics today. eletexibil sivom brs monqoq ro 非凡的 16. A remarkable Dia ebialuo (ET) 17. A. grow up evenwo to smile bro B. preliminary C. statistical D. transparent of a obnov jesus inebreqson Woils 06 ST15 art D. growing up B. grew up bhow broC. grown up 18. A. In spite of B. Unless es and more would efirlwmont C. Due to B. thresholds besizer C. parameters 21 D. Even though 19. A. attendances 20. A. that are his biggest professional regret beside t BE 語意 B. that he is arguably most famous for C. that have since been proven false D that he dedicated to his university 測煙 shoved yssi D. tribulations trit- 摩擦 co gol dew m Part II I passa answ bay Q br eong asivo

從r正比√Q之後就看不懂了 求解

三 D) 範例 8 PHYSICS CENTER |徐晴嵐物理 在一直線上有兩個固定點電荷,電量為+4Q的A電荷固定於x=5a,電量為+2的B 電荷固定於 x=1la。則 11 bax 1 = 4a 2+1 0 5a 10,a 15a +4Q (1)將一電量為+9的點電荷C置於x= (2)將一電量為2q的點電荷C置於x= 答案: 自己 F= ROQ 784Q 78x5Q +Q 3 x qa處,電荷C所受的靜電力為零。 9a處,電荷C所受的靜電力為零。 119 5a ② 一千Q +Q ① ba (110-50)

第一張圖 是第二題不知道為什麼要選A 第二張圖 D選項怎麼得知的 第三張 不是問左邊嗎？為什麼這樣算？

範例 5 PHYSICS CENTER 富蘭克林為研究雷電現象,設計了如圖所示的裝置。 他將避雷針線路與接地線分開,並在分開處裝上帽形 的金屬鐘A與B,兩鐘之間另以絲線懸吊一個金屬小 球C,A鐘下方另以導線連接兩個很輕的金屬小球, 形成驗電器D。當避雷針上空附近的雲不帶電時,三 個小球均靜止下垂。依據以上所述,並假設驗電器周 圍的空氣不導電,試回答下列問題。【98.學科能力測 驗】 (1)當低空帶電的雲接近避雷針頂端時,下列有關小球 C的敘述,何者正確? B (A)小球會保持靜止下垂,不會擺動 (B)小球會在A與B間擺動,來回撞擊A與B (C)小球會先擺向A,撞到A後被A吸住,不再分離 B+++ 接地線 | (D)小球會先擺向B,撞到B後被B吸住,不再分離。 ● 徐晴嵐物 十八十 避雷鍋14 www 200 D 電器D的兩個小球原本靜止下垂,互相接觸。當避雷針因為帶有負電的接 近,而出現尖端放電時,下列有關驗電器上兩個小球的敘述,何者正確? (A)兩個小球會帶負電而分離,並保持張開,不相接觸 A. (B)兩個小球會帶正電而分離,並保持張開,不相接觸 (C)兩個小球會帶負電而分離,在張開後會再次下垂,並互相接觸 (D)兩個小球會帶正電而分離,在張開後會再次下垂,並互相接觸。 答案: THINKING MAKES PE

請問理化要怎麼讀哇..🤧 讀完了但看到有計算的題目還是會一臉矇😭😭😭

這題很難理解

Potential energy (MeV) a. 3 fm. b. 4 fm. 1 2 3 FIGURE 7.24 Potential energy for two deuterons (Passage Problems 70-73) (MeV), a unit commonly used in nuclear physics, and the separation is 10-¹5 m). c. -3 MeV. d. 0.3 MeV. 5 in femtometers (1 fm 劉 70 The force between the deuterons is zero at approximately 10 Separation (fm) c. 3.3 MeV. d. 3.6 MeV. = c. 5 fm. d. the force is never zero. 71. In order for initially two widely separated deuterons to get close enough to fuse, their kinetic energy must be about a. 0.1 MeV. b. 3 MeV. 72. The energy available in fusion is the energy difference between that of widely separated deuterons and the bound deutrons after they've "fallen" into the deep potential well shown in the figure. That energy is about a. 0.3 MeV. b. 1 MeV. 73 When two deuterons are 4 fm apart, the force acting on them a. is repulsive. b. is attractive. c. is zero. d. can't be determined from the graph.