clumps，英語(yǔ)差者別答禁止機(jī)翻限英語(yǔ)達(dá)人Bring News from Yourself優(yōu)美

來(lái)源：整理時(shí)間：2024-10-14 21:05:51 編輯：智能門戶手機(jī)版

1，英語(yǔ)差者別答禁止機(jī)翻限英語(yǔ)達(dá)人Bring News from Yourself優(yōu)美

從你這兒得到消

英語(yǔ)差者別答禁止機(jī)翻限英語(yǔ)達(dá)人Bring News from Yourself優(yōu)美

2，把箐字翻譯為英文

mountain valley with clumps of trees and bamboo draw a bamboo bow

（竹木叢生的山谷） mountain valley with clumps of trees and bamboo

jing 或者 qing

嘿嘿就是“青”嘛青也叫做“黑”嘛。。這不就得了black

把箐字翻譯為英文

3，箐籿怎么讀

箐箐 qìng 〈名〉山間大竹林。竹木叢生的山谷 [large groove of bamboo on a mountain;mountain valley with clumps of trees and bamboos]。如:箐谷(竹林叢生的山谷);箐峒(竹林中的山洞);箐砦(竹木叢中的山寨);箐道(竹木叢中的山路)http://baike.baidu.com/view/366390.html?tp=0_11籿拼音：cun 注音：ㄘㄨㄣ部首:米,部外筆畫(huà):3,總筆畫(huà):9五筆86&98:OFY 倉(cāng)頡:FDDI 筆順編號(hào):431234124 四角號(hào)碼:94900 UniCode:CJK 統(tǒng)一漢字 U+7C7F基本字義http://www.zdic.net/zd/zi/ZdicE7ZdicB1ZdicBF.htm

你好！qing cun如有疑問(wèn)，請(qǐng)追問(wèn)。

qing cun

箐籿怎么讀

4，英國(guó)康河有什么美譽(yù)

康河是在英國(guó)的東方的大奧希河的一條支流，兩條河在伊利的南邊教皇角會(huì)合，大奧希河讓康河和英國(guó)的運(yùn)河系統(tǒng)連結(jié)起來(lái)，早期命名為葛蘭塔，但是在盎格魯-撒克遜人的葛蘭特貝瞿鎮(zhèn)的名字已經(jīng)被修改到劍橋之后，這條河也更名，而它也和小得多的格洛斯特凱姆河沒(méi)有關(guān)系。拜倫的水池當(dāng)時(shí)是魯珀特·布魯克和劍橋無(wú)信仰者的浴場(chǎng)。布魯克過(guò)去常常乘獨(dú)木舟從劍橋到格蘭切斯特寄宿舍，包括Old Vicarage。他的1912的想家的詩(shī)可喚起這條難忘的河：Oh! there the chestnuts, summer through,Beside the river make for youA tunnel of green gloom, and sleepDeeply above; and green and deepThe stream mysterious glides beneath,Green as a dream and deep as death....To smell the thrilling-sweet and rottenUnforgettable, unforgottenRiver-smell, and hear the breezeSobbing in the little trees.Say, do the elm-clumps greatly standStill guardians of that holy land?The chestnuts shade, in reverend dream,The yet unacademic stream?—"The Old Vicarage, Grantchester", Collected Poems (1916)

赤水河

5，下面英語(yǔ)是什么意思

where have all the flowers gone? 那些所有的花在哪里啊？where the flowers gone? 去了哪里?。縲here have all the young girls gone?那些所有年輕的女孩去了哪里啊 where did they all gone? 她們?nèi)チ四睦锇here have all the young men gone? 那些所有年輕的男孩去了哪里啊where the soldiers gone? 那些軍人去了哪里?。縲here have all the graveyards gone? 墓地去了哪里啊where have all they gone?他們都去了哪里啊

where have all the flowers gone? 所有的花兒都去哪里了？where the flowers gone? 花兒去哪里了？where have all the young girls gone? 所有的年輕女孩都去哪里了？where did they all gone? 她們都去哪里了？where have all the young men gone? 所有的年輕男孩都去哪里了？where the soldiers gone? 士兵們都去哪里了？where have all the graveyards gone? 那些軍人們都到哪里去了？ where have all they gone? 他們都去哪里了？

那些花兒都哪里去了，那些年輕的女孩都哪里去了，那些年輕的小伙子都哪里去了，那些士兵都哪里去了，那些墳?zāi)苟寄睦锶チ?。這幾句歌詞源自一首英文歌，叫《花落何方》，Where Have All the Flowers Gone. 是一曲反戰(zhàn)的歌，自問(wèn)自答，花都去哪里了，都被年輕的女孩兒摘去了，年輕的女孩哪里去了，都嫁給小伙子了，小伙子哪去了，都上戰(zhàn)場(chǎng)了，戰(zhàn)士們都哪去了，都進(jìn)了墳?zāi)埂?/section>

那些花兒　　歌曲《那些花兒》　　作詞、作曲、演唱：樸樹(shù)　　歌詞：　　那片笑聲讓我想起我的那些花兒　　在我生命每個(gè)角落靜靜為我開(kāi)著　　我曾以為我會(huì)永遠(yuǎn)守在她身旁　　今天我們已經(jīng)離去在人海茫?！　∷齻兌祭狭税?　　她們?cè)谀睦镅?　　幸運(yùn)的是我曾陪她們開(kāi)放　　啦……想她.　　啦…她還在開(kāi)嗎?　　啦……去呀!　　她們已經(jīng)被風(fēng)吹走散落在天涯　　有些故事還沒(méi)講完那就算了吧　　那些心情在歲月中已經(jīng)難辨真假　　如今這里荒草叢生沒(méi)有了鮮花　　好在曾經(jīng)擁有你們的春秋和冬夏　　她們都老了吧？　　她們?cè)谀睦镅剑俊　⌒疫\(yùn)的是我曾陪她們開(kāi)放　　啦……想她　　啦…她還在開(kāi)嗎?　　啦……去呀!　　她們已經(jīng)被風(fēng)吹走散落在天涯　　啦......　　啦......　　啦......　　......　　人們就像被風(fēng)吹走插在了天涯　　她們都老了吧?　　她們還在開(kāi)嗎？　　我們就這樣各自奔天涯......　?。╳here have all the flowers gone?　　where the flowers gone?　　where have all the young girls gone?　　where did they all gone?　　where have all the young men gone?　　where the soldiers gone?　　where have all the graveyards gone?　　where have all they gone?）　　(英文翻譯：　　全部的花兒都去了哪？　　花兒都去了哪？　　年輕的女孩們都去了哪？？　　她們?nèi)チ四模?　　年輕的小伙子們都去了哪？　　勇士們都去了哪？　　所有的墓地去哪了？　　它們?nèi)ツ牧?？?　　注：（）內(nèi)為范瑋琪版增加的英文歌詞很高興為你解答

6，天文的文意思是什么

應(yīng)該是辭典釋義的第六條：自然界的某些現(xiàn)象。同樣可以推論，“天文”、“地理”兩個(gè)對(duì)仗的詞，同后者中的“理”，這個(gè)字作為“自然現(xiàn)象”解，還是比較普遍的，又如“物理”。1．事物錯(cuò)綜復(fù)雜所造成的紋理或形象：燦若～錦。2．刺畫(huà)花紋：～身。3．記錄語(yǔ)言的符號(hào)：～字；～盲；以～害辭。

幫您找了兩篇有關(guān)天文的科普文，希望對(duì)您有所幫助：black holes(黑洞)black holes are some of the strangest things in space. a black hole sucks in anything that gets near it. nothing can escape from a black hole—not even light.black holes are strongnothing escapes from a black hole because its gravity is so strong. gravity is a force that pulls one thing to another. gravity is the force that holds you down on earth. when you jump up, earths gravity pulls you right back down. earths gravity also makes the moon orbit (go around) earth.the more matter (stuff) that is packed in a star, planet, moon, or other object, the stronger is its gravity. gravity makes an object with more matter pull an object with less matter toward it. the sun has a lot more matter than earth. the suns gravity pulls on earth. it makes earth orbit the sun.matter is packed very tightly in some things and loosely in others. the matter that makes up an iron ball is packed much tighter than the matter that makes up a bag of feathers. a scientist would say that an iron ball is much denser than a bag of feathers.a black hole is denser than anything you could imagine. a black hole could have a million times more stuff than our sun. all of this stuff would be packed into an area smaller than a city. the force of gravity from so much stuff packed into such a small area is awesome.where do black holes come from?astronomers and physicists think black holes come from dying stars. a dying star burns out and stops shining. all the stuff that makes up the star starts falling in on itself. the star gets denser and denser. if the star is big enough and has enough matter, it could get dense enough to become a black hole.studying black holesno one has really seen a black hole. you cannot see black holes because they do not give off any kind of light. physicists used math to predict that black holes exist.astronomers look for signs of black holes. astronomers study powerful rays coming from stars in deep space. the stars seem to be orbiting black holes. astronomers think that black holes are sucking gas from the stars, and this makes the stars give off x rays.galaxies are enormous groups of stars. astronomers think that most galaxies have huge black holes at their centers. the hubble space telescope took pictures of a disk of hot gases at the center of our own milky way galaxy. astronomers think this disk is going around an enormous black hole right in the center of our galaxy.big bang(宇宙大爆炸)the universe contains everything that exists: earth, the sun, the stars, galaxies (collections of billions of stars), and everything else in space. people have wondered how the universe got started for thousands of years. most scientists now think they have the answer. they think the universe began about 14 billion years ago with a kind of big explosion. they call the explosion the big bang.what happened after the big bang?no one knows what caused the big bang, but scientists think they know what happened all the way back to the first seconds after the big bang.the brand new universe was very hot and very small. it blew outwards very fast. in the first three minutes, matter started to form. hundreds of years later, the universe looked like a big ball of fire.you can picture the universe as something like a black balloon with white dots painted on it. the black represents space and the white dots are galaxies. blowing air into the balloon makes it bigger. the spaces between each dot get farther apart as the balloon expands.as it got bigger, the universe got cooler. hydrogen gas formed. the gas broke into clumps. the clumps came together to make galaxies and stars. other kinds of matter formed in the stars. finally, planets like earth formed around some stars.is there proof of a big bang?the expansion of the universe is evidence for the big bang. american scientist edwin hubble studied light coming from galaxies far out in the universe. in 1929, he found that the galaxies were speeding away from earth and from each other in all directions. scientists tracked the paths of the galaxies back to their starting place. they saw that all the galaxies must have started from the same place. packing all that matter into a small area would make a very dense, searing hot ball—the big bang.scientists use math to describe how the universe behaves. in the early 1900s, german american scientist albert einstein came up with equations that predict an expanding universe. these equations have correctly predicted the motions of stars, planets, and light. more proof came in the 1990s from a spacecraft called the cosmic background explorer (cobe). cobe saw rays coming from far off in the universe. the rays are left over from the early days of the universe. they could only have been created in a much smaller and hotter universe long ago.will the universe keep expanding?scientists are not sure what will happen to the universe. they currently think it will keep expanding forever. they even think the expansion is speeding up. but scientists are still studying this question.