thatの用法を解説して頂けないでしょうか…(><) お恥ずかしながら文法がからきしだめでして💦

す。) 2. Science has evolved enough to know that all colors exist in the visible light part of the electromagnetic spectrum. (科学は十分に発展し、すべての色 が電磁スペクトルの可視光線部分に存在することを明らかにしました。)

最後の一文の文構造と和訳の解説をお願いします🙏

(1)- American scientists have found strong evidence that baby sea turtles* are born with the ability to recognize and measure the Earth's magnetic fields*. They found (Icy that the sea turtles use the magnetic fields to guide them as they swim great distances Sam across the ocean. five

snapは「ポキッと折れる」などの意味がありますが、 two magnets snap together という文章では「磁石がくっつく」という意味になりますよね? それで、なぜsnapには「くっつく」という意味がないのですか?

最後の行、｢,where｣は関係副詞の非制限用法ですか？

o ali tonsiq orasvig nori notlom to ono arr There is an invisible force exerted by magnets and electric currents called magnetism. Magnets attract iron and a few other metals, and attract or repel other magnets. Every magnet has two ends called its north and south poles, where the forces it exerts are strongest. than elections. ontongam larut

最後の行のitが指すものを知りたいです お願いします🙇‍♀️

o ali tonsiq orasvig nori notlom to ono arr There is an invisible force exerted by magnets and electric currents called magnetism. Magnets attract iron and a few other metals, and attract or repel other magnets. Every magnet has two ends called its north and south poles, where the forces it exerts are strongest. than elections. ontongam larut

この英文和訳で、at whichの前置詞+関係代名詞の部分でatは元々どこにあったものなのか分からないです。よろしくお願いします。

Although this phenom little or no conscious thought is often referred to as "muscle memory," ―▬▬▬▬▬▬▬▬▬▬ the (2) process of getting to that magical point at which one can execute a gymnastics move, play the guitar, or ride a bicycle with ease occurs primarily in the brain. In development studies, researchers have used *magnetic resonance

訳教えてください🙇‍♀️

(3) Whenever the turtles were in a magnetic field like that found in the ocean, they swam in a direction that would keep them in the warm current.

訳教えてください🙇‍♀️

(3) Whenever the turtles were in a magnetic field like that found in the ocean, they swam in a direction that would keep them in the warm current.

3段落目の2文目でどこで他の州でと言っているのかわかりません。。stateとthis stateと分けているからstateが他の州という意味になるのでしょうか？

16 本 単A1OS 第4問 次の問い(A B) に答えよ。(配点35) bahaっ t rmed about Clyelho nw eっもndhaらgi oke A 次の文章はある報告書の一部である。この文章とグラフを読み,下の問い(間 に入れるのに最も適当なものを,それぞれ下の from sticki 28umel tio Sw 1~4)の 35 38 g Direeり o d行dde R cause 0~Oのうちから一つずつ選べ。 re sonich lates t0 Engiish. (here remane 問1 97 Magnet and Sticky: A Study on State-to-State Migration in the US g Seli5 alvu bue ainobute Tuo ToY risnnoijesup Some people live their whole lives near their places of birth, while others ale97 io 0 ge 10 elsog 91u11 brts SO bue move elsewhere. A、study conducted by the Pew Research Center looked into the state-to-state moving patterns of a iencans. T he study examined each Frefichand Spamssh state to determine how many of their adult citizens have moved there from ld e nostusefui bec Chna is a fasteOwing ecoons States with high percentages of these residents are called Chimese beeause Chioa has the greatest *magnet" states in the report. \The study also investigated what percent of other states. u beusefmte pegol adults born in each state are still living there. States high in these numbers uronean are called ticky) states. The study found that some states were both magnet and sticky, while others were neither. \There were also states that were only magnet or. only sticky. Figures 1 and 2 show how selected states rank on magnet and sticky scales, respectively. Eloridd' is a good example of a state that ranks high on both. \ Seventy percent of its current adult population was born in another state; at the same time, 66% of adults born in Florida are still living there. On the other hand, West Virginia is neither magnet (only 27%) nor, particularly sticky(49%). In other words, it has few newcomers, and relatively few West Virginians stay there. Michigan is a typical example of a state which is highly sticky, but very low magnet. In contrast, Alaska, which ranks near the top of ss the magnet scale, is the least sticky of all states. g oareon 9 at Three other extreme examples also appear in Figures 1 and 2. The first is Nevada) where the high proportion of adult residents born out of state makes this state America's top magnet. \(New York) is at the opposite end of the magnet scale, even though it is attractive to immigrants from other nations. The third extreme example is Texas, at the opposite end of the sticky scale 004

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.