想問27這題的B選項

`B1 圖 12 (A)DI 與 D2 是不同分類特徵 (B) CI 特徵的後裔皆為陸生動物 魚類 兩生類 蜥蜴 鳥類 哺乳類 B2 A2 圖 13 D2 CC由圖12 的資訊可推論,BI分類特徵可能是體表有鱗片或骨板 (D)由圖12 的資訊可推論,鳥類與哺乳類的親緣關係較鳥類與爬蟲頻道 (E)由圖13的資訊可推論,爬蟲類的蜥錫與哺乳類的親緣關係較爬蟲類的鳥類與哺乳類這 26. 下列有關生物演化原理及演化理論發展歷程的敘述,何者正確? (A)痕跡構造是生物因為用不到所以退化的結果 (B)濫用抗生素導致具抗藥性的細菌有生存優勢 天擇篩選出集適應環境的個體,然後此個體發生演化 孟德爾的遺傳法則啟蒙達爾文對個體之間存在遺傳差異的看法 (E)新冠肺炎 Omicron 變異株是在疫苗普及施打下的人擇壓力所篩選出的結果 27. 隨著現代遺傳學的發展,有關孟德爾豌豆遺傳研究的七種性 狀,以及對應的等位基因位於第幾對染色體被發現,如表1 所示。下列有關遺傳法則的敘述,哪些正確?(應選2項) (A)孟德爾研究的7種豌豆性狀都位在不同對的染色體上 (B)男性的性染色體有部分等位基因,遺傳時不符合分離律 (門減數分裂第一階段符合分離律,減數分裂第二階段符合獨 立分配律 表 性狀 等位基因位在 第幾對染色體 種子顏色 花的顏色 1 1 花的位置 4 植株高度 4 由表可推知,任兩對基因的遺傳皆符合孟德爾的獨立分 配律 豆荚外表 4 豆荚顏色 5 由表可推知,若選取種子顏色和豆莢外表做雜交試驗, 遺傳結果將符合獨立分配律 種子外表 7 第9 頁 共21 頁 自然考科 | 28.圖 14 為中央氣象局某年 5/30~6/1 連續三天的天氣與雨量預報圖,依圖 14 判斷對應圖15中 甲、乙、丙天氣圖的時間順序,何者正確? 5/30 5/31 (A)甲乙丙 (C)乙甲丙 6/1 山區、北宜午後當雨 南部清晨至上午陳雨 西半部降雨機率增 午後雨勢較明顯 中南部開歐陸用 各地近山區午後雷雨 毫米 (mm) 圖14 甲 乙 H H 圖 15 (回甲丙乙 (D)乙丙甲 H 丙 1000 H 1000 H H

請問分詞構句是什麼 （上面的答案都是我亂寫的 因為我不知道怎麼寫

省略連接詞 *** 分詞構句 *** 主詞省略 請依提示合併句子 1. The thief threw away the stolen wallet. The thief ran away in a hurry. V -> Ving (1) The thief threw away the stolen wallet and run away in a hurry. 以 and 合併 (2) The thief threw away the stolen wallet running away hurry. 改為分詞構句 2. The worker felt tired. The worker stopped to take a rest. (1)_The worker felt tired when stopped to take a rest. 以 when 合併 (2)_The worker felt tired stopping to take a rest 改為分詞構句 3. The book is written for high school students. The book is difficult for junior high students. (1) 以since合併 (2) 改為分詞構句 4. The weather is sunny today. I feel like cycling. (1) 以 because 合併 (2) 改為分詞構句 5. Nora isn't feeling well. Nora will take a sick leave. (1) 以as合併 (2) 改為分詞構句 6. Ted's son is a spoiled child who always has his way. (改為分詞片語) 7. Jason works in Microsoft, which is founded by Bill Gates. (改為分詞片語) 8. There are many baseball players on the baseball field. These baseball players are practicing for the upcoming game. (1) 以關代合併 (2). 3 高一新生句型複習

想問這題為什麼是填where呢🙇🏻‍♀️🙇🏻‍♀️ （選項有：what/when/where/which）

BioPeople often think of animals as unclean. After all, they live outside with no 08 SEUS 15dmors2 conie ociell si showers that humans have. However, when it comes to chimpanzees, specifically their sleeping 16 to soap or environment, they may actually beat humans in terms of cleanliness. Researchers conducted a fascinating study they compared the amount and variety of bacteria, parasites, and other microbes between human beds and chimpanzee nests, and the results were quite surprising. Viston where Unlike humans, who typically sleep in the same bed each night, chimps build new nests every day using leaves and tree branches. Researchers collected microho comples from 11 ofthern.

植物用什麼讓染色體分離？（英文4字、中文6字）

想請問這題為何不是6

B n 有 T 8 如右圖,用四個螺絲將四條不可彎曲的木條 圍成一個木框,不計螺絲大小,其中相鄰兩 螺絲的距離依序為2、3、4、6,且相鄰兩 木條的夾角均可調整。若調整木條的夾角時 72 不破壞此木框,則任兩螺絲的距離之最大值 為何? (A)5 (B)6 (C)7 (D)10。 MICROUHANE 自我演練 6-2< AD <6+2 =4<ĀD<8 DE ST 2 20(8) S(A 186 要 4-3 <AD <4+3 =) KAD<7 4567 3 (07 (D)10-05-5 6

88、89求解謝謝

Part²:液-液分離置 A B3.儿機分體液體混合液後,在較靠近軸心的排液口所獲得的液體,其性與 (A)密度較小者 (B)密度较大者 (C)黏度較大者 (D)在混合液中的體積比率較高者, (f) 下列混合物何者適合以式光機分離? (A)油與水混合物 (B)水與酒精混合液 (C)氣體與氣體混合物 (D)不同密度的固體混合物。 (A) 85.下列何種混合物最適合以整式離心機分離? (⑥) (A)油與水混合物 (B)不同粒徑的固體混合物 (C)不同質地的固體混合物 (D)氣體與粉塵混合物。 下列何項混合物無法以難以分離器分離? (A)油與水的混合液 (B)含懸浮砂粒的固體-水混合物 (C)低濃度的糖水 (D)不互溶的兩有機液體混合液。 (D) 87.液體物質受離心機作用所產生的的離心力與下列何者的平方成正比? (A)離心機的直徑 (B)液體的密度 (C)液體的黏度 (D)離心機的轉速。 心裝置中,離心力與圓周速率之關係為何? (A)一次方成反比 (B)一次方成正比 (C)二次方成反比 (D)二次方成正比。 (89,難心機造成的離心力之大小與 ( 88. (A)液體密度成反比 (B)與轉速的平方成正比 (C)與離心運動半徑成正比 (D)與離心運動半徑的平方成反比 (4) 90.以管式離心機分體液體混合物,則於近筒磁處移走的液體為 (A)密度大者 (B)密度小者 (C)黏度大者 (D)黏度小者。 ( 91.製鹽工場用來濃縮海水的設備一般以半透膜法最普遍,下列哪一種半透膜會最經濟有效? (A)離子交換膜 (B)微濾膜 (C)超微濾膜 (D)逆滲透膜。 ( 92.下列關於電透析的原理之敘述,何項正確? (A)電透析槽須通入交流電 (B)電透析槽的陰離子交換膜可以通過陽離子,但阻擋陰離子通過 (C)電透析槽的 子交換膜可以阻擋陽離子通過 (D)電透析槽中的陰、陽離子交換膜必須交錯安置才有濃縮溶液的效果。 (A) 93.下列關於滲透的敘述,何項正確? (A)濃糖水與稀糖水以半透膜隔開一段時間後,濃糖水的濃度會漸漸增大 (B)稀糖水的滲透壓高於濃糖水 ( 壓與溶液的濃度成正比 (D)滲透壓與溶劑的種類無關。 94.高分子材料可以作成多孔性薄膜,作為特殊過濾的介質,其中孔洞大小在何種範圍者,可阻擋懸浮微粒與細 (microfiltration membrane) ? 21v10pm 。 大陆公子

有人可以教我算生菌數嗎？ 謝謝🙏

5.一管 3 ml 養菌管含有大腸桿菌菌液,經序列稀釋後於 100 倍、1000 倍、10000倍與100000 倍的 稀釋液中取 100 Jul 塗佈於 LB 的平版培養基上,經 37℃ 隔夜培養後,發現平版培 養基上的菌落數目如下,請問大腸桿菌菌液濃度為多少?(6分)(※務必寫出單位) 稀釋倍數 100倍 1000倍 10000倍 100000倍 菌落數 1580個 280個 42個 5個

想問乙選項

A ( 13 根據新聞報導,IBM 在《自然》期刊發表了一項最新磁儲存技術的研究,這項 研究可使M顆原子儲存1位元的資料,將儲存單位縮小好幾個數量級,而現今市 面上的硬碟需要 10 萬顆原子才能儲存1位元。不僅如此,IBM 在儲存密度的技 術上也有重大突破,可使2顆原子僅需距離1奈米即可不受互相干擾,使儲存密 度比現在硬碟的儲存技術高一千倍。該技術是利用附著在氧化鎂表層的「鈥 (Holmium)」原子,並讓原子的磁極保持穩定,而磁極之方向用來代表原子狀 態是二進位的0或1。IBM 的研究團隊利用掃描穿隧顯微鏡(Scanning Tunneling Microscope,STM)發出電流,改變鈦原子之磁場方向來模擬資料的寫入｡依據 以上說明,下列敘述何者正確? 甲:現在購買到的硬碟,若要儲存8位元的資料,需要80萬顆原子。 乙:依照 IBM 的研究,1位元的資料儲存區半徑約為10 公尺 丙:鈦原子之磁極是無法被改變的。 (A)只有甲正確 T (B)只有甲、乙正確 (C)只有甲､丙正確 (D)只有乙、丙正確 (E)甲、乙、丙均正確。 PIR 104 106.全國模考

動能 想詢問詳細的解題過程，稍微看不懂老師的解題方式，求完整解釋加一點中文說明感謝😍

Object Size (meters) 106, 104. 102 1 10-21 10-4 造成地球巨變之隕石之破壞力? 速率:10 Km/s 直徑:10Km 密度:3 g/c.c. 動能? 10 km diameter every 100,000,000 years 100 meter diameter every 10,000 years) 106. 10-8- 10-15 10-10 10-5 1 1 mm diameter every 30 seconds 71 micron diameter every 30 microseconds 8=32/₁ = 105 Average Time Between Impacts with Earth (years) -3 = 3x10- (0.01)3 Catastrophic Events 1 meter diameter every year 隕石密度,上網查 ✓ = 10x10²³ m (v. 1010 1015 分析 M = PV ~ 3 × 10³ x ( 104,3 +5 = 3x10³ kg . . 相當多少顆廣島原 子彈? ky 8 3000 K4²3 K = 2 m ₂ ² = 1.5×10³² × 10 X ³=1.5×10²35 = 3.6x10³² cal 3.6×10¹9 g g. of TNT = 3.6x10" tons = 3,6 X CÓ KT ~ 3 x 109 Hiroshima bombs

想問3-9的a跟c

Problems 3-1. Explain the difference between *(a) random and systematic error. (b) constant and proportional error. *(c) absolute and relative error. (d) mean and median. *3-2. Suggest two sources of systematic error and two sources of random error in measuring the length of a 3-m table with a 1-m metal rule. 3-3. Name three types of systematic errors. *3-4. Describe at least three systematic errors that might occur while weighing a solid on an analytical balance. *3-5. Describe at least three ways in which a systematic error might occur while using a pipet to transfer a known volume of liquid. 3-6. Describe how systematic method errors may be detected. *3-7. What kind of systematic errors are detected by varying the sample size? 3-8. A method of analysis yields masses of gold that are low by 0.4 mg. Calculate the percent relative error caused by this result if the mass of gold in the sample is (a) 500 mg. (b) 250 mg. V(c) 125 mg. (d) 60 mg. 3-9. The method described in Problem 3-8 is to be used for the analysis of ores that assay about 1.2% gold. What minimum sample mass should be taken if the relative érror resulting from a 0.4-mg loss is not to exceed *(a) -0.1%? (b) -0.4%? (c) -0.8%? (d) - 1.1%? 3-10. The color change of a chemical indicator requires an overtitration of 0.03 mL. Calculate the error if the total volume of titrant is percent relative (a) 50.00 mL. (c) 25.0 mL. 3-11. A loss of 0.4 mg of Zn occurs in the course of an percent relative analysis for that element. Calculate the error due to this loss if the mass of Zn in the sample is *(b) 10.0 mL. (d) 30.0 mL. 190 (c) 188 (d) 4.52 x 103 4.63 x 103 4.53 x 10 ³ √6 *(a) 30 mg. (b) 100 mg. *(c) 300 mg. (d) 500 mg. 3-12. Find the mean and median of each of the following sets of data. Determine the deviation from the mean for each data point within the sets, and find the mean devi- Vation for each set. Use a spreadsheet if it is convenient. *(a) 0.0110 0.0105 (b) 24.53 0.0104 24.68 24.81 24.77 39.61 862 (f) 850 MA 3-13. Challenge Problem: Richards and W the molar mass of lithium and colle data. 24.73 Experiment 1 2 3 4 5 6 194 447 X 10 7 448 X 107 4.58 X 10 (a) Find the mean molar t workers. (b) Find the median molar ma (c) Assuming that the cam molar mass of lithium is the absolute ertor and of the mean value demi Willard. (d) Find in the chemical ues for the molar mus since 1910, and ag a table or spreadshera 1817 given in the a Richards and Willd. Com mass versus year to la of lithium has chang Suggest possible abruptly about 18 ant de (e) The incredibly deals Richards and W that major changes will occur. Disc calculation in pat (f) What factors ha since 1910? (g) How would you mass? 6See Chapter 2 of Applications of Microsoft Excel in Analytical Chemistry, 4th ed., for information about statistical 7T. W. Richards and H. H. Willard, J. Am. Chem. Soc., 1910, 32, 4, DOI: 10.1021/ja01919a002. built-in statistical functions. "Answers are provided at the end of the book for questions and problems marked with an asterisk The I of ₂ or inc rce of able vas error c often in individu ate resul data in rtainties. dimensio andom e analysts The result