(1)由There is no gravity(重力) in space,things are different in space and on Earth.(太空中没有重力,太空和地球上的情况不同。)可知太空中不存在重力而不是存在重力。此处描述错误。故答案为:F。(2)由表格第二行第一列可知王亚萍在太空中行走不方便而不是行走很方便。此处描述错误。故答案为:F。(3...
a最后,学校要经常组织学生做绿化活动 Finally, the school must organize the student to engage in the afforested activity frequently[translate] athecampus thecampus[translate] a以...为事业 By…For enterprise[translate] athere is no gravity in space 没有重力在空间[translate]...
There is no gravity in space, so weights are not as ___ as they are on earth.A. heavy B. heavier C. heaviest D. the heaviest 相关知识点: 试题来源: 解析 A 关键词(句):gravity:地球引力 翻译:在太空没有地球引力,因此物体重量没有它们在地球上那么重。“像...一样”用as +形容词副词的...
There is no gravity in space; so we'll be able to有能力;能够 float around in the spaceship. ---no为限定词; 意为“没有; 不是”;相当于 not any..There is not any gravity in space. ---around 副词; “在四周;向四周; 到处”;与here and there 意思相近.. ---be able to do sth ...
There is no gravity in space, so we'll be able to(有能力,能 ) float around in the spaceship. ---no 限制 , 意 “没有, 不是 ”,相当于 not any。There is not any gravity in space. ---around 副 , “在四周,向四周, 到 ”,与 here and there 意思周边。 ---be able to do sth...
【题目】There is no gravity in space, so we will all be able to___(float, walk ) around in the spaceship . 答案 【解析】考查单词填空.根据所给单词提示及其题干,可知太空中没有重力,所以我们都能在宇宙飞船里漂浮.be able to能,后接动词原形.故答案为float.相关推荐 1【题目】There is no grav...
解析 【解析】【句意提示】太空中没有重力。【答案】T here's no gravity in space. 结果一 题目 单词组句in, no, gravity, there, space, is (.) 答案 太空中没有重力。There's no gravity in space.相关推荐 1单词组句in, no, gravity, there, space, is (.) 反馈 收藏 ...
解析 【答案】so;around【核心短语/词汇】gravity重力【翻译】太空中的重力非常弱,所以我们都将在宇宙飞船中四处漂浮。【解析】根据句意,太空中的重力非常弱,所以我们都将在宇宙飞船中四处漂浮。so所以,前后为因果关系,around四处,在周围,floatingaround四处漂浮,符合题意,故答案是so;around。
百度试题 结果1 题目In space, there is no ___. A. air B. water C. gravity D. light 相关知识点: 试题来源: 解析 C。中文解析:“Because there is no gravity in space”表明太空中没有重力。反馈 收藏
Gravity in space is not completely zero. It ___ depending on the distance from massive objects. A. varies B. changes C. alters D. modifies 相关知识点: 试题来源: 解析 A。本题考查词汇辨析与科学原理。“varies”强调在一定范围内的变化,在太空里重力根据与大质量物体的距离而变化,这个词最能准确...