Each ear of rice was as big as an ear of corn and each grain of rice was as huge as a peanut. 答案 ear:耳朵,穗peanut:花生字面意思:每株稻谷的穗像玉米的穗一样大;每粒稻谷的颗粒像每粒花生一样大.比喻意:形容想像美好,同时也有不切实际之嫌. 相关推荐 1Each ear of rice was as big ...
IV. 根据所给的汉语完成句子1.每一粒米都来自农民的辛苦工作。Each grain of rice___ comes from the farmers' hard work.2.我们中的每个人都有一个梦想。_Each of us has ___ a dream.3. “就那么多吗?”这个小男孩问。“___ Is that all___?" asked the little boy.4.我可以独自完成其余的工...
Where each grain of rice tells a poignant story of its ownKrish, Ashok
a要らない It does not need [translate] a年轻就需要奋斗 Young needs to struggle [translate] a不再神秘 No longer mystical [translate] a一个炎热的夏天 A burning hot summer [translate] a每一粒粮食都是辛勤与汗水的结晶。 Each grain of grain all is industrious and the sweat crystallization. [...
aI don't understand how a woman can leave the house without fixing herself up a little - if only out of politeness. 我不了解怎么妇女能离开房子,不用定象一点-,如果只出于礼貌。[translate] a每一粒粮食都是辛勤与汗水的结晶。 Each grain of grain all is industrious and the sweat crystallization....
There are many differentcolours of sand. Some sand is white, and t can be found intropical(热带)areas. Some sand is black, and it can be found in volcanicareas. Also, some sand is green and some sand is yellow.Words根据短文内容选择正确答案。()1. What is the diameter of a grain of...
Sand You can find sand very easily.Sand comes from rocks.Each grain of sand is less than 2 millimeters in diameter.Some smaller sand feels like flour.There are many different colours of sand.Some sand is white, and it can be found in tropical areas.Some sand is black, and it can be ...
each with a grain offering of one tenth of an ephah of bran flour mixed with a fourth of a hin of oil of crushed olives.
aLive closer would be nice ~ 正在翻译,请等待...[translate] aMuldrow[translate] aMake huge numbers of balloons, each the size of a grain of pollen and light enough to float up into the ozone layer 做巨大的数字气球,每花粉五谷的大小和光足够漂浮入臭氧层[translate]...
The yield sensor was first installed in a grain tank of a 1.2m-swath Japanese-style (head-feeding or jidatsu ) combine, and the weight was estimated from individual impulses received at each rotation of a grain-releasing device i.e. an auger blade. A non-linear relation was assumed ...