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情報:IT 高校生

期末課題なのですがテストが無い分これで成績が決まってしまうのですが全く分かりません💦教えて欲しいです

■アルゴリズムとプログラミング (課題) 以下の課題に取り組み、 作成したファイルをデスクトップに保存し、PCの「課題提出全日制」 → 「2学年」 「自分のクラスのフォルダー」→「問題番号に対応したフォルダー」にドラッグアンド ドロップして提出しなさい。 (作成できたファイルのみ提出すること) ・Question ① マウスの移動量を表す単位で 「ミッキー」というものがある。 | ミッキーあたり0.254mm(ミリ メートル) である。 以下のプログラムの空欄を埋めて、キーボードからマウスの移動量をミッキーで 入力されたら、 cm (センチメートル) で表示されるプログラムを作りなさい。 (ファイル名は 「出席番号 q1 名前」 で保存すること) 1 a = float(input("マウスを何ミッキー動かしましたか?>")) 2b = 3. print("あなたは", b, "センチメートル動かしました。 ") 実行例 マウスを何ミッキー動かしましたか? >100 あなたは 2.54センチメートル動かしました。 • Question ② 製 以下のプログラムの空欄を埋めて、 「おはよう」, 「さよなら」 と言われたら挨拶を返すプログラム を作りなさい。 (ファイル名は「出席番号 92 名前」 で保存すること) 1 a=str(input("挨拶をしてください>")) 2 if a | "おはよう": print("コンピュータ:", a) "さよなら": print("コンピュータ:", a) 3 4 elifa 5 6 else: 7 実行例 挨拶をしてください > おはよう コンピュータ:おはよう print("コンピュータ:よくわかりません") 挨拶をしてください > さよなら コンピュータ: さよなら 挨拶をしてください > こんにちは コンピュータ: よくわかりません 開始 at 挨拶をしてください> aは "おはよう Yes おはよう 終了 No. は さよなら Yes さよなら No. よくわかりませ

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英語 高校生

(3)について答えはthese new types of cementまたはnew types of cement ですがthe new types of cement でも大丈夫ですか?

6 2019年度 英語 Ordinary Portland cement-t produced by baking lime in a kiln and emits approximately one ton of carb a kiln and emits Cement production is responsible for cement. dioxide for every ton of approximately 5% of global man-made CO2 emissions, according to the World Business Council for Sustainable Development. Cement does absorb some carbon dioxide back from the atmosphere over time, One 2016 study estimated that between 1930 and 2013, the equivalent of 43% of CO2 released from lime during heating was reabsorbed by - although that percentage does not include carbon concrete products worldwide dioxide emitted by the fossil fuels burned to heat kilns, a significant contributor of says. Fennell notes. 東京医科歯科大前駅 - the most common form in concrete- CO2 emissions during production. Unfortunately, this absorption comes at a price, particularly when cement is used in structures that feature steel reinforcement bars (rebar) within concrete. vl(As) CO₂ moves through cement it changes the pH of the surroundings, Fennell says. Concrete loses its alkalinity and, when moisture and oxygen are present, causes the rebar to rust. 2) ad "Rusting steel can expand with great force to as much as nine times its original dimensions if you add up all of the layers of iron oxide," says Randolph Langenbach, an international consultant in building conservation. This expansion causes the concrete to crack, flake and crumble. Svi aft ni adosband huma Degradation is a massive concern, he argues, and problems are not limited to rusting rebar. Everything from air pockets left in the concrete mix when it's laid to salt air buffeting coastal-facing walls, or the use of beach sand in the concrete, can shorten a building's lifespan. As one specialist once put it to Langenbach: "If it ain't cracked, it aint concrete."qubong ao yas guidtyns ogde stornos 90 s of fshoqml is vatns mash *** long llopsd lust ay to Given the concerns about the environmental impact and structural longevity of concrete, why do we continue to build with it? addi Simply put, concrete is cheap, versatile, quick to erect and requires no of weight J

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生物 高校生

生物の食物連鎖とかの問題だと思うんですけど誰かわかる方いますか??? 英語すみません💦

hhmi Biolnteractive Some Animals Are More Equal than Others: Trophic Cascades and Keystone Species Mean Leaf Area per Plant Over 18 Months without beetle with beetle Leaf Area per Plant (cm²) Control Ecology 2400 2200 2000 1800 1600 1400 1200 1000 800 Experimental 0 T 2 www.BioInteractive.org 8 10 12 14 16 Months After Start of Experiment 4 6 Refer to the figure to answer questions 12 through 17. 12. For both the plots with the beetles added and the control plots, state the mean tree leaf area per plot that the scientists recorded after running the experiment for 18 months. The mean tree leaf area per plot that the Scientist recorded after running the experiment for 18 months wit the beetles added is 1.7m², S 2.2m² 13. Compare the trends in mean tree leaf area per plot for both the plots with the beetles added and the control plots over the 18 months of the experiment. The area of the control plat for thinoceros beetles has d has increased at a nearly constant rate, the other is a gradua decrease at first, then a sudden decrease, and finally a dradua 18 Figure 2. Mean leaf area per tree. Initial measurements were taken before (0 to 2 months) and after (7 to 18 months) beetles were added to 40 of 80 plants. The light gray round markers represent measurements taken of the control plots, to which beetles were not added. The black square markers represent measurements taken of the experimental plots, to which beetles were added. Measurements were made on all leaves to calculate the mean leaf area per plant. Error bars represent standard error of the mean. 14. Draw two diagrams that show the food chains for both the experimental and control plots. Include increase. interactions among predatory beetles (if present), ants, caterpillars, and piper plants. Revised January 2018 Page 4 of 5

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