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第二外国語 大学生・専門学校生・社会人

空欄の解答を教えて下さい。

Friend I 定冠詞を入れよう。 Das ist mein Freund. Mein Freund ist Sänger. 1) Das ist das Haus 2) Die Hunde gefallen 訪問する singer 家 Freundes. 3) Ich besuche diesen Sommer 4格とる Freund. Freund. ※ diesen Sommer: 今夏 II 冠詞類の必要な語尾変化を入れ、文を完成させよう。 兄弟 1) A: Haben Sie Geschwister? 単数の場合 中性 B: Nein, ich habe kein Geschwister. Und Sie? 兄弟 Sister サ A: Ich habe ein Bruder und ein Schwester. 写真中性名詞 Das ist ihr Foto. 3格をとる。 自転車 ~のものである 2) A: Gehört dieses Fahrrad dein B: Ja, das Fahrrad mein 修理する格 Vater? 壊れてる Vater_ist kaputt. Mein Vater repariert sein_ help 3) Peter schreibt jeden Tag sein aber er bekommt kein Fahrrad. 3格になる。 4格女性名詞 Freundin ein E-Mail, Ich helfe mein Vater. 書く 毎日 girl friend しかし彼は 得る 「答え Antwort. 性格 携帯電話 もしかするとなくなっている。 Thr Handy ist vielleicht weg. ※ jeden Tag: 毎日 中性格 be 次のカードを使って、 文を完成させよう。 冠詞や名詞の変化語尾を入れ させよう。 中性名詞 1) アンナは彼女の子供達に一冊の辞書をプレゼントします。 プレゼントす ein Wörterbuch schenken Anna ihr Kinder 2) 私達の父の故郷はブレーメンです。 unser Vater 女性名詞 d Heimat Bremen sein

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TOEIC・英語 大学生・専門学校生・社会人

今からこの問題のテストがあります! 答えを教えて頂きたいです!

I. mani"X" bnt Quiz 1al insmatste pniwallolantOpel llsw art no ftel mooooysterio Fill in the blanks with the appropriate words or phrases to match the following statement. 01. インターネットのない生活なんて想像もできない。 ) hardly imagine life without the Internet. ) 1 g to brossert) asyl as all anoutalbBQ rexland bed new pail nail art Innil bonteal V 30 ns ahenda sill lent benelque asinspo dT 80 nuzelmibe jut eg lon ed of ar leum and TO asamem Viimist lie yd have 02. コックピットは安全な場所どころではない。 The cockpit ( ) ( ) ( )( )( ) place. 03. 電話を切るやいなや、 また電話が鳴った。 No sooner ( ( oyoT yd ourpoind aew | 80 beaute all tudominib otomoomin bates Wo Hood art stelgmus al emot ansay wool 1.01 ) hung up than the phone rang again. 04. 愛というものは、言わば、心のための栄養である。LIGHmment na ro Love is, so ( ) ( ), a nutrient for the heart. bongenadyeing alt 05. 彼は毎晩誰かが事務所に残っていたらよいと提案した He ( ) that someone stay in the office every night. Vew art to to slam of soigston art live to draw all Co 06. 担保付きのローンから始めた方がよいと勧めたい。 I would ( ) that you start out with a secured loan. hom yde slevou a to poles conse of categ 07. 「ご用は承っておりますか」 「ありがとう。 ただ、 ぶらりとみているだけです」 "Are you (m) (i)?" "Thanks. I'm just browsing." nort 08. 先生が見えるまで、ロビーでお掛けになってお待ちになってください」 ) in the lobby while you wait for the doctor to arrive!" “Please be ( 09. パソコンがあれば、こんな手間はすべて省けますよ。 (パソコンを使えばこの手間はすべて省ける) Als) (c) you all this (c). A personal computer ( 10. 雨が激しく降っていたにもかかわらず、彼女は仕事に行った。 ) ( ) the heavy rain, she went to work. ( )( TO

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生物 大学生・専門学校生・社会人

至急お願いいたします🚨 生物の質問です。 ミトコンドリアの経路についての説明だと思うのですが、電子オーバーフローモデルと電子分布モデルの違いを教えていただきたいです。 また、どういう仕組みなのか、何故このように電子が流れるのかも教えていただきたいです。 UQ poolはユ... 続きを読む

(A) Electron overflow model (considered out-of-date) Alt UQ pool Alternative oxidase inactive. Alt No alternative pathway activity Cytochrome pathway unsaturated Cyt (B) Electron distribution model (reflects current thinking) UQ pool Cyt Alternative pathway active Cytochrome pathway saturated Alt Alternative oxidase active Alt UQ pool Cyt Cyt Figure 14.33 Two models for regulation of electron flow through the alternative oxidase. (A) In the electron overflow model, no appreciable electron transfer through the alternative pathway takes place until electron flow through the cytochrome pathway is at or near satu- ration. This could result from the effects of respirato- ry control, if the rate of mitochondrial ATP produc- tion exceeds its rate of utilization in the cytosol, or from some externally imposed stress, such as low temperature. Under such circumstances, the UQ pool becomes sufficiently reduced to allow electrons to flow through the alternative oxidase, the latter re- quiring that the UQ pool be 40% to 60% reduced to attain significant activity. (B) In the electron distribu- tion model, the alternative and cytochrome path- ways both show significant activity at low levels of UQ pool reduction, and electrons are distributed be- tween the two pathways on the basis of the relative activities of each pathway. The activity of the alter- native oxidase under these circumstances is thought to be regulated by the action of a-keto acids and by reduction/oxidation of the intermolecular disulfide bond, as well as by additional regulatory mecha- nisms not yet characterized.

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TOEIC・英語 大学生・専門学校生・社会人

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.

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TOEIC・英語 大学生・専門学校生・社会人

この1〜4の問題お願いします🙏🏼🙏🏼

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.

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