ⅠとⅡはそれぞれ何の条約・外交文書の1部ですか？また、Bに入る国と、X,Yに当てはまる地名を教えてください🙇‍♀️

(D II 第1条 親和關係ノ破綻八大沽砲臺守備兵カ千八百五十八年六月 (X) ニ於テ締結ノ平和條約批准書交 SUN FT C081 TAK KERE 換ノ目的ヲ以テ北京途上ニ在リタル (B) 國女皇陛下ノ代表者ヲ阻礎セルニ基キテ起リタルニ SOKSEN SI DEBI 鑑國皇帝陛下ハ斯クシテ起リタル紛議ニ付深甚ナル悔恨ヲ表示 第6条 清國皇帝陛下ハ (Y) ノ港湾内及其ノ附近ニ於ケル法律及秩序ヲ維持スル爲大不列顛愛蘭國女 皇陛下及其ノ繼承者二對シ廣東省内九龍地方ノ市街地ニシテ (B) 國政府ノ爲兩廣總督崇ョ です の リ在廣東 (B) 佛同盟國委員 「ハリー、 スミス、 ハークス」 ニ其ノ永代借用權ヲ付興セル部分ヲ AJA (B) 國女皇陛下ノ(Y) 殖民地ノ附属地トシテ保有セシムル爲割譲スルコトヲ約ス () CONSTANTING III 第2条 清國皇帝陛下八 (B) 國臣民カ其ノ家族従者ヲ携ヘテ廣東、厦門、 福州、 甯波及上海ノ市町二 於テ商業ニ従事スル爲迫害又八拘束ヲ蒙ルコトナク居住スルヲ得シムヘキコトヲ約ス 第3条 (B) 國臣民力必要ノ場合其ノ船舶ノ損傷ヲ修理シ且之二要スル材料ヲ保藏スヘキ港ヲ有スル 八極テ必要ニシテ且望マシキコトニ鑑ミ清國皇帝陛下八 (B) 國女皇陛下= (Y) ヲ譲シ(B) LENO 國女皇陛下及其ノ後繼者ハ永久ニ之ヲ占有スヘク (B) 國女皇陛下の適當ト認ムル法律規制ヲ SIM 以テ之ヲ統治スヘシ

地球の全体の表面積の太陽定数がよくわかりません。なんで四分の1なのですか。おしえてください。お願いします🤲

る ん 泉 Eation 10 のごく一部が届 たいようていすう る太陽放射エネルギーを 太陽定数といい、 その値は 1.36kW/m²である。 地球全 キロワット毎平方メートル solar constant が1秒間に受け 体で受ける太陽放射エネルギーは、地球の形の断面を通る分で, そのエネルギー量 図10 にあたる 0.34kW/m² となる。 を地球の全表面で平均すると,太陽定数の

①はどうしてダメなんですか?

例題 次の文章を読み、問の ~④のうちから一つ選べ。 標準 23: に入れるのに最も適当なものを,下の① The decline (in the number of trips between 2002 and 2010 can be S partly accounted for by falls(in shopping and visiting friends at their 2010) homes) On average, people made only 193 shopping trips per year in as opposed to 214 in 2002. Trips to visit friends)at private homes d/from 123 to 103 per person per year during this period, whereas the number of trips to meet friends at places other than their homes remained almost constant, at 48 in 2002 and 46 in 2010. The fewer trips for shopping and visiting friends at home may, in turn, be explained by certain changes in society that took place over the period surveyed) Vi Vz (UK Department for Transport (2011) National Travel Survey 2010(E) This passage would most likely be followed by a paragraph which compares the numbers of shopping trips and visits (to friends' homes made in 2002 and 2010 by people in Britain C explains how the society in Britain)now demands that people V+ V+o travel more/for business) Vi ⁹)] 3 explores social trends in Britain impacting the number of vt V t shopping trips and visits to friends' homes 4 lists reasons why one can expect people in Britain to travel more V Vt S often using public transportation [追試・改題]

・2）の証明の「同様に」以降はなぜr≠0とだけ仮定するのですか？0≦r＜lの否定になるんですか？ ・1）の証明の、「」が何を言っているかわからないです。2）の何をどう利用したんですか？ 本当に理解できないので簡単めに解説をお願いしたいです。😢

446の会社数は無数 基本事項 ① 最大公約数と最小公倍数 (12) 24.…… 2つ以上の整数に共通な約数を,それらの整数の公約数といい、公約数のうち最大 のものを最大公約数という。 また,2つ以上の整数に共通な倍数を,それらの整数 の公倍数といい,公倍数のうち正で最小のものを最小公倍数という。 一般に、公約数は最大公約数の約数 公倍数は最小公倍数の倍数である。 TA 注意 最大公約数をG.C.D Createst Common Divisor) または G.C.M (Greatest Common Measure), 最小公倍数を L.C.M (Least Common Multiple) ともいう。 ② 互いに素 2つの整数αの最大公約数が1であるとき, a,bは互いに素であるという。 ③3 最大公約数 最小公倍数の性質 2つの自然数a,b の最大公約数をg, 最小公倍数を1とする。 aga, b=gb' である とすると,次のことが成り立つ。 a' と'は互いに素 gdg b 21=ga'b'=a'b=ab' 解説 <最大公約数、最小公倍数> 上の1) 2) を証明してみよう。 それには,まず2) から示す。 [2) の証明]a,b,c, ······ の最小公倍数を 任意の公倍数をとする。 kを1で割ったときの商を Q, 余りをrとすると a,bはgでひろいろ なかった素因数の あつまり ~ 1 Y = 77₂ 318 7 きずり h=qlty...... ①,0ょくし -0 もしもの倍数であるから, k=ak', l=gl' (k', I'は整数)と表され axsh Tabの任にかけた rkgl=g(k-ql ) より はαの倍数である。 ab=gl 同様に,b, G…. の倍数であるから､はa,b,c,….. の公倍 w z C 数である。 「ここで、y=0 と仮定すると、より小さい正の公倍数rが存 在することになるが,これはが最小公倍数であることに矛盾する。」 ゆえに = 0 よって, ① はん=ql となり, kは1の倍数である。 [1) の証明] α, b, c, ······ の最大公約数を g, 任意の公約数をmとする。 「1をgとmの最小公倍数とすると, はgとmの公倍数であるから 2) より αはもの倍数である。 同様に, b, c, ...... もの倍数である。 したがって は a, b, C....... の公約数である。 ここでgが最大の公約数であるから l≤g 12g ゆえに lg 一方, 1はgとmの最小公倍数であるから よって,gとmの最小公倍数がg に一致し, gはmの倍数である。 すなわち, 任意の公約数は最大公約数g の約数である。 大きい所どり! xy X² Yo X'Y = l この等式については、 次の 「§18 整数の割 り算と商および余り」 で詳しく学習する。 <背理法。 Fag (A)) 1) を示すにぼg と mの最小公倍数が であることを示せば よい｡ ASB かつ A≧B ならば A=B この論法は整数の性 質に関する証明でよ

cross great distancesの和訳が全長を延ばすと書いてあるんですけどどうしてそう訳すんですか？直訳とかを教えて欲しいです

例題 11 次の文章に合う絵として最も適当なものを,下の①~④のうちから つ選べ。 This type of bridge is made up of multiple connected sections. These sections work together to help distribute the forces throughout the entire bridge, so that it can cross great distances and support a large amount of Vf V+ Vt which makes S. Vt weight. The size of the components in each section is small. C₁ this type of bridge ideal for places where long sections cannot be shipped or where large cranes and heavy equipment cannot be used during space above the construction. However, a bridge of this type encloses the √t roadway, possibly distracting drivers' attention, 3 A やや難 4

この問題の解説を日本語でお願いします🙏

1. A particle of mass m moves in one-dimensional potential given by V(x) = Am cos(x) where λ, A > 0, with initial position xo and initial velocity vo. Draw a graph of the potential, and describe the motion of the particle in the following cases: TT a) x₁ = and v₁ = 0; 22 b) = = 0 and v0 = 0; 3πt 22 Xo c) Xo = - and vo= -2√A. - 2. A particle is dropped in the presence of Stokes drag Farag = -bv, where is the velocity of the particle and b> 0 is a constant. Write down the equation of motion in terms of , and show that the vertical component of the equation of motion is satisfied by: v₂(t) = mg 19 (exp(-)-1) b What is the terminal velocity of the particle? Is it possible to determine the terminal velocity without solving the equation of motion?

この問題の解説を日本語でお願いします🙏

1. A particle of mass m moves in one-dimensional potential given by V(x) = Am cos(x) where λ, A > 0, with initial position xo and initial velocity vo. Draw a graph of the potential, and describe the motion of the particle in the following cases: TT a) x₁ = and v₁ = 0; 22 b) = = 0 and v0 = 0; 3πt 22 Xo c) Xo = - and vo= -2√A. - 2. A particle is dropped in the presence of Stokes drag Farag = -bv, where is the velocity of the particle and b> 0 is a constant. Write down the equation of motion in terms of , and show that the vertical component of the equation of motion is satisfied by: v₂(t) = mg 19 (exp(-)-1) b What is the terminal velocity of the particle? Is it possible to determine the terminal velocity without solving the equation of motion?

2.3.4 が思いつきません💦 教えてください！

2 You are talking about your future goals with your partner. Change the underlined words to make your own conversations. You can use the words in brackets. 1. A: I want to read some self-help books. Do you know where I can find them? B: ex. They are on the bookshelf near the entrance. [You] 2. A: We have a lot of things to learn to become a doctor. [There] B: That's right. However, I believe it's not impossible because we have a lot of time, too. 3. A: We should make a constant effort to improve. [It, important] B: ex. I agree. I believe my efforts will pay off. Juodo 4. A: What should I do to improve my English? This B: ex. Reading a lot of books is useful. Why don't you try it? [Watching ...] D

赤く丸をしたbの問題で解答の方に二階微分した後の式がなぜ(-1/4)(-1/4)(H-27)になるのか分かりません。教えてください🙇‍♀️

QA At time t = 0, a boiled potato is taken from a pot on a stove and left to cool in a kitchen. The internal temperature of the potato is 91 degrees Celsius (°C) at time t = 0, and the internal temperature of the potato is greater than 27°C for all times t > 0. The internal temperature of the potato at time t minutes can be modeled by the function H that satisfies the differential equation dH (H- (H-27), where H(t) is dt measured in degrees Celsius and H(0) = 91. (a) Write an equation for the line tangent to the graph of Hat t = 0. Use this equation to approximate the internal temperature of the potato at time t = 3. (b) Use 2017 APⓇ CALCULUS AB FREE-RESPONSE QUESTIONS (a) dH d²H dt² to determine whether your answer in part (a) is an underestimate or an overestimate of the internal temperature of the potato at time t = 3. (c) For t < 10, an alternate model for the internal temperature of the potato at time 7 minutes is the function -= − (G - 27)²/3, where G(t) is measured in degrees Celsius dG G that satisfies the differential equation dt and G(0) = 91. Find an expression for G(t). Based on this model, what is the internal temperature of the potato at time t = 3 ? 564 at (21-27) - == 2-16 To = - = (H(3)-27) 4 -64 = HB)-27 -37 = H (3) (b) _d²fi © 2017 The College Board. Visit the College Board on the Web: www.collegeboard.org. GO ON TO THE NEXT P

文章を読んで上の1〜4の問題を解くものです。 分からないのでお願いします

3. Answer the following questions. 1 What is the difference between UNIX and Linux? 2 3 4 Choose one of the words in italics in the text. What is the definition of the word you have chosen? What are the three levels of a Linux system? What are the two main functions of the kernel? [Reading Text] UNIX was initially developed by researchers at Bell Labs in the 1970s. Today, UNIX and its variants are widely used mainly on servers. By far, the most well- known UNIX-like operating system is Linux. Linux is available in different distributions which include the Linux kernel and different collections of software. These distributions have various user interfaces, many experienced users preferring the command-line interface, or shell. Linux distributions include a range of software including text editors. memory. While the mechanics of Linux and other Unix operating systems are complicated, the components of a Linux system can be grouped into three levels. The lowest level is the hardware, such as Central Processing Unit (CPU) and The next level is the kernel. It enables communication between hardware and software, by providing instructions to the CPU and other hardware. The programs that are running on the system, or processes, make up the top level known as the user space. Processes in user space generally only have access to a restricted amount of memory and operations, this is called user mode. The kernel runs in kernel mode which allows it unrestricted access to hardware resources. The kernel provides functions such as process management and memory management. A computer only has limited Random Access Memory (RAM) and processor cores. Process management allows the system to run multiple programs (processes) at the same time even if the CPU can only execute only a few processes at a time. Memory management allows applications to share the system's memory while avoiding potential issues such as memory leak. Included with the kernel are device drivers that provide an interface for applications to communicate with hardware, such as hard drives. System calls allow user processes to access features that are executed at kernel mode, for example creating new processes.