教えてほしいです！！お願いします！！

問題は【1】~【4】まである。答えは各問題の指示に従って別紙の解答用紙に書きなさい。 【1】次の英文を読んで設問に答えなさい。 Headaches are a big problem. Each year, millions of people suffer from severe headaches that affect their enjoyment of life, (1) not to mention their productivity at work. estimate, headaches cost individuals and businesses more than (2) $50 billion each year! (3) This is one of the reasons research into headaches has become a worldwide effort. Although he did not know much about how headaches work, Hippocrates was the first doctor to find a way to treat them. By 400 BC, Hippocrates had discovered that the *bark from willow trees was useful in treating pain. He made a white powder from the tree's bark and gave it to his patients. Hippocrates did not know it, but he was actually prescribing a natural chemical in willow bark called salicin. Whena person eats salicin, the chemical is changed inside his or her body into (4) salicylic acid. It turns out that salicylic acid is good for stopping pain, including headache pain, but it is bad for a person's stomach. In the 1800s, a chemist in Germany slightly changed easier for people to take. commonly known as aspirin. Aspirin was used throughout most of the 1900s to treat headaches, but doctors had little idea about what really caused headaches. When doctors can *diagnose the cause of a disease, they can find better ways to treat it. Therefore, as medical technology developed, doctors began to use it to learn more about the human brain and about headaches. In fact, according to one m to make it This new form of the chemical was called acetylsalicylic acid, now acid's Now doctors classify headaches ( A ) two general types: primary and secondary. A primary headache is a condition ( B) as only the headache itself. one caused by another physiological condition, such as an *infection or a *tumor. For primary headaches, doctors have determined three possible causes. headache is caused by stress. characteristically felt on both sides of the head as a dull, steady pain. Another kind of primary headache is the *migraine headache. Exactly what causes these headaches is not well understood, but many experts believe it could be abnormal brain activity causing changes in the brain's chemistry and blood flow. For many people, migraines are caused by certain (5) stimuli, such as poor sleep or particular foods or smells. A sufferer usually feels intense pain on one side of the head and becomes sensitive to light and noise. If the migraine is severe, the sufferer may *vomit repeatedly. The third kind of primary headache is known as the cluster headache. Cluster headaches typically occur around the same time each day for weeks or months at a time. The person ( C)from this kind of headache usually feels pain on one side of her or his head, and the pain is centered around one of the eyes. Doctors do not know much (6) at present about cluster headaches, but they seem to be more common among men and could be related to alcohol or other things that affect a person's blood flow. Using computers and more advanced medical equipment, doctors continue to learn more about what happens in the brain before and during headaches. Especially in the case of migraines, some doctors believe they have found the part of the brain that sets off the reaction for severe attacks. With these insights into brain processes, doctors hope new ways will be discovered to stop headaches before they begin. On the other hand, a secondary headache is One kind of primary Doctors usually call these tension headaches, and they are 注: bark 樹皮 diagnose ~を診断する、~を突き止める 感染症·伝染病 migraine (headache) 偏頭痛 infection tumor 腫場 vomit 食べたものを吐く (出典:READING FOR THE REAL WORLD 3rd edition, Compass Publishing より)

英語の問題について教えてください！！

B.次の文章は本文について述べたものです。 本文の内容と一致するように、空欄 【11】 ~ 【15】 に入れるのに最も適切なものを、それぞれ下の①~④の中から一つずつ選びなさい。(各3点) No matter/where you are, the ( 【11】 ) of the Internet and other technologies has given people access to more and more answers to their questions. Most people [who use the Internet are careful/when it comes to making sure/that their digital devices/such as smartphones are not ((12) ) or hacked by others. With so many sources of information)available to choose/from on the Internet, it should also be natural to wonder which ones have information that is not misleading or ( 【13】 ). During the 2016 election (in the United States, different people and organizations had a ( 【14】 )of reasons/for putting out fake news. When you find ( 【15】 ) information on the same topic/from multiple sites on the Internet/ especially on sensitive topics, it is important to closely examine those sites and their information. 0 length ② shape 3) growth ③ repaired decline taken ② charged broken ( 【E】 ) question unknown 2) untrue amo 3 unstable (4 uncomfortable ② shortage Ho ③ pair (4 variety ( 【15) ) -D similar useful ③ differing (4 significant

これって解答のミスではありませんか？ constantlyからだと being constantly improuedと being getting〜とへんになりませんか？

Although LED room lights are still relatively expensive, they are being,constantly improved (2)and getting more and more energy-efficient. e Considering that about in ucod for lichtin environmentally-friendly

粒子数ってなんですか、なんのことですか？

02×103(個)の数を1 mol"」と定義する。この粒子1mol の個数を) 化学反応は,物質を構成する原子 分子 イオンなどの粒子の組み合わ せの変化である。反応に関わる粒子の数は膨大なので, 物質の量的な関係 2 物質量(mol) 第 節 B物 モノ A アボガドロ定数と物質量 物質 mol < その モル 5 式量 モ ボガドロ定数 Naといい,単位は /mol で表す。。 Avogadro constant 毎モル 1 mol:6.02×1023 (個) の粒子の集団 I アボガドロ定数 NA(/mol] : 6.02×103 /mol そ mol を単位記号として表した物質の量を物質量という。どんな原子。 である。 分子·イオンでも,1mol に含まれる粒子の数は,常に6.02×1023 10 amount of substance 粒子数 物質量(mol)=アボガドロ定数NA[/mol] 15 物質量 粒子の数(6.02×1023)×1 1mol 2mol 3mol (6.02×1023)×2 O図3 物質量の関係 粒子を1 mol, 2 mol…という集団を単位として数える。 (6.02×1023)×3 問3 物質量に関する次の各問いに答えよ。 アボガドロ定数 Na=6.0×103 /mol (1) 二酸化炭素 CO22.0mol に含まれる二酸化 炭素分子の数はいくつか。 (2) 3.0×104個のアンモニア分子NH。の物質量 20 物質量で表すときは、そ の粒子の種類を必ず示す 水素分子H。 6.02×10個 II 水素分子H 01mol II 水素原子H 02mol は何 mol か。 (3) 水分子 H:01.5mol に含まれる水素原子 H と酸素原子0の物質量は,それぞれ何 mol か。 O図4 水素分子 Heと 水素原子Hの物質量 +プラス 0(個)は単位ではないが, 粒子の数を数えるため便宜的につけた。 2 アボガドロ定数の正確な値は, 6.02214076×103 /mol である。本書の計算問題では, 計算が複能 にならないように, 特に指定のない限りアボガドロ定数を 6.0×10/mol として計算する。 112 第2部 物質の変化

なんでaが副詞的用法になるんですか？

解答·解説書p.45 1oThe United Nations has named March 22nd as World Water Day (a)to focus attention on the importance of fresh, clean water and bto prómbte the sustainable 正解 3。 management of fresh water resources. gAlmost one billion people one seventh suffer from constant hunger. oThe crisis could become more intense as the global population grows. Our ability (to increase food of the world's population production) will require sufficient water water will be available (for peoplè)to roW Food. eMore than 70 percent Of the (1)and new methods ato predict how much waten used in the world)goes towards agriculture, oInmany developing countries, ミシ the amount used for agriculture is more than 90 percent of the total. )(a)~(d)の不定詞のうち,他の3つと用法が異なるのは?( (→ p.20 20) のond が

解説お願いします🙇🏼‍♀️

20.) We are constantly discussing/why our young colleague is so unpleasant to( ) during our team project sessions. ア. work イwork at ウ、work in エwork with

アから順番に12131であってますか？ わかる方教えてください！！ お願いします！

Earth has two sets of poles: the geographic poles and the magnetic poles. The geographic poles are located at the northemmost and southernmost ends of the earth. The location of the magnetic poles, on the other hand, are ( ア ) moving, This fact has several implications for navigation and transportation. Shifts in the position of the North Magnetic Pole are nothing new. Since 1831, scientists have been tracking its location. The movements are caused by changes in the flow of swirling molten iron in the earth's core which affect how the earth's magnetic field behaves. What is surprising to scientists is the speed at which the pole has been moving in recent years. For most of the 20th century, magnetic north was located around the northern parts of Canada. It drifted around, moving slowly north at an ( イ ) speed of approximately 10 kilometers per year. In recent decades, that rate has increased significantly to about 55 kilometers per year. The North Magnetic Pole is now moving away from Canada toward eastem Russia. While scientists can't fully explain how changes in the carth's molten core are affecting the pole's movement, they can map the earth's magnetic field. Doing so allows them to ( ウ) hé rate of change over time. This, in turn, provides information on how the magnetic field may shift in the future. Information on changes to the earth's magnetic field is used to produce the World Magnetic Model (WMM). This model is used as the basis for all fornms of modern navigation, from how ships move at sea to mapping software in smartphones. ( エ) in the model, caused by shifts in the real location of the North Magnetic Pole, can seriously impact almost all foms of modern transportation. The model is updated every five years, but in 2018, during routine checks of the 2015- 2020 model cycle, scientists noticed a problem. Because of the rapidly shifting pole, the WMM was close to being outside the acceptable limits for navigational errors. This forced the release of an updated version of the model、 It was revised ( オ ) in 2020, and the current version is expected to last until 2024, As well as keeping track of the WMM's accuracy, scientists continue investigating why the magnetic field is changing so dramatically. This essential work will ensure a safe journey for everyone navigating their way through the world.

ア順番に12131であってますか？ わかる方教えてください！！！！ お願いします！

For most of the 20th century, magnetic north was located around the northern parts of molten iron in the earth's core which affect how the earth's magnetic field behaves. What is surprising to scientists is the speed at which the pole has been moving in recent years. magnetic poles, on the other hand, are ( ア ) moving. This fact has several implications poles are located at the northernmost and southernmost ends of the earth. The location of the Shifts in the position of the North Magnetic Pole are nothing new. Since 1831, scientists Earth has two sets of poles: the geographic poles and the magnetic poles. The geographic have been tracking its location. The movements are caused by changes in the flow of swirling for navigation and transportation. Canada. It drified around, moving slowiy north at an ( イ ) speed of approximately 10 MIometers per year. In recent decades. that rate has increased significantly to about 3 KIIometers per year. The North Magnetic Pole is nowmoving away from Canada toward eastern Russia. While scientists can't fully explain how changes in the earth's molten core are affecting the pole's movement, they can map the earth's magnetic field. Doing so allows them to (ウ ) the rate of change over time. This, in turn, provides information on how the magnetic field may shift in the future. Information on changes to the earth's magnetic field is used to produce the World Magnetic Model (WMM). This model is used as the basis for all forms of modern navigation, from how ships move at sea to mapping software in smartphones. ( エ ) inthe model, caused by shits in the real location of the North Magnetic Pole, can seriously impact almost all forms of moderntransportation. The model is updated every five years, but in 2018, during routine checks of the 2015- 2020 model cycle, scientists noticed a problem. Because of the rapidly shifting pole, the WMM was close to being outside the acceptable limits for navigational errors. This forced the release of an updated version of the model. was revised ( オ ) in2020, and the current version is expected to last until 2024. As well as keeping track of the WMM's accuracy, scientists continue investigating why the magnetic ficld is changing so dramatically. This essential work will ensure a safe journey for everyone navigating their way through the world.

アから順番に12131であってますか？ わかる方教えてください！！ お願いします！

例3.次の英文は 「磁極の移動」について述べたものです。(ア) ~ (オ) に入れ る最も適当なものを選択肢から選びなさい。 Earth has two sets of poles: the geographic poles and the magnetic poles. The geographic poles are located at the northernmost and southernmost ends of the earth. The location of the magnetic poles, on the other hand, are ( ア ) moving. This fact has several implications for navigation and transportation. Shifts in the position of the North Magnetic Pole are nothing new. Since 1831, scientists have been tracking its location. The movements are caused by changes in the flow of swirling molten iron in the earth's core which affect how the earth's magnetic field behaves. What is surprising to scientists is the speed at which the pole has been moving in recent years. For most of the 20th century, magnetic north was located around the northern parts of Canada. It drifted around, moving slowly north at an ( イ) speed of approximately 10 kilometers per year. In recent decades, that rate has increased significantly to about 55 kilometers per year, The North Maggnetic Pole is now moving away from Canada toward eastern Russia. While scientists can't fully explain how changes in the earth's molten core are affecting the pole's movement, they can map the earth's magnetic field. Doing so allows them to ( ウ ) the rate of change over time. This, in turn, provides information on how the magnetic field may shift in the future. Information on changes to the earth's magnetic field is used to produce the World Magnetic Model (WMM). This model is used as the basis for all forms of modern navigation, from how ships move at sea to mapping software in smartphones. ( エ ) inthe model、 caused by shifts in the real location of the North Magnetic Pole, can seriously impact almost all foms of modern transportation. The model is updated every five years, but in 2018, during routine checks of the 2015- 2020 model cycle, scientists noticed a problem, Because of the rapidly shifting pole, the WMIM was close to being outside the acceptable limits for navigational errors. This forced the release of an updated version of the model, It was revised (オ ) in2020, and the current version is expected to last until 2024, As well as kecping track of the WMM's accuracy, scientists continue investigating why the magnetic ficld is changing so dramatically, This essential work will ensure a safe joumey for everyone navigating their way through the world.

ここに入る語を教えてください。4択です。お願いします。 ( ) you do if you had a very long holiday? 1.How will 2.How would 3.What will 4.What would Our class ( ... Read More