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【英语活动】__ [第11天]一个月帮你攻克考研词汇--截止日期6月30日

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21#
merrybless 发表于 08-6-5 17:02:33 | 只看该作者
1. Although apparently rigid, bones exhibit a degree of elasticity that enables the skeleton to withstand considerable impact.
1.尽管骨头看起来刚硬,它也会表现出一定程度的弹性,使得骨架经受住相当大的冲击。

2. That xenon could not FORM chemical compounds was once believed by scientists.
2.科学家曾认为氙气不能形成化合物。

3. Research into the dynamics of storms is directed toward improving the ability to predict these events and thus to minimize damage and avoid loss of life.
3.对风暴动力学的研究主要是为了改善风暴预测能力从而将损失减少到最小和避免人员伤亡。
22#
45191071 发表于 08-6-7 00:46:46 | 只看该作者
虽然骨头相当坚硬,但是它也显现出一定程度的弹性让骨骼能经受相当大的的冲击力。
Although appareently rigid,bones exhibit a degree of elasticity that enables the skeleton to withstand considerable impact.

科学家曾经认为氙不是化合物。
That xenon could not FORM chemical compounds was once believed by scientists.

对暴风动力学的研究可以改进预测暴风的能力由此就能减少损失和避免死亡。
Research into the dynamiccs of storms is directed toward improving the ability to predict these events and thus to minimize damage and avoid loss of life.
欢迎来到免费考研网www.freekaoyan.com
23#
加油晶晶 发表于 08-6-8 12:38:06 | 只看该作者
1.骨头尽管显得很僵硬,但是它能够承担骨骼所遭受的损伤。
2.稀有元素X不能够形成化学混合物曾经不被科学家们所相信。
3.研究飓风的力学,能够直接有效的提升预言发生飓风的能力,并且可以减少和避免人员伤亡。
欢迎来到免费考研网www.freekaoyan.com
24#
hollytree416 发表于 08-6-14 11:03:53 | 只看该作者
1.尽管骨头看起来很僵硬,但是骨头展现出一定程度的弹力,能够承受相当的压力。
Although apparently rigid, bones exhibit a degree of elasticity that enables the skeleton to withstand considerable impact.
2.稀有气体不能生成化合物已经被科学家们所证实。
That xenon could not form chemical compounds was once believed by scientists.
3.研究暴风雨的动力学朝直接提高预测此事件的发生和减少损失,避免人员伤亡方向发展。
Rearch into the dynamics of storms is directed toward improving the ability to predict these events and thus to minimize damage and avoid loss of life.That xenon could not form chemical compounds was once believed by scientists.
3.研究暴风雨的动力学朝直接提高预测此事件的发生和减少损失,避免人员伤亡方向发展。
Rearch into the dynamics of storms is directed toward improving the ability to predict these events and thus to minimize damage and avoid loss of life.
欢迎来到免费考研网www.freekaoyan.com
25#
wanglili1984 发表于 08-6-14 17:59:53 | 只看该作者
That xenon could not FROM chemical compounds was once believed by scientists .
科学家们曾经认为稀有气体不能从化物复合物中分离出来。
26#
kesain 发表于 08-6-15 16:59:18 | 只看该作者
尽管骨头看起来很坚硬,但它也显现出一定程度的韧性以至于骨骼能够承受起相当大的冲击力。

科学家以前就相信氙气不是化学复合物。

对风暴动力学的研究,直接关系到提高此类事件预报的能力,而可以把它的破坏减低到最低程度并避免人员伤亡。

今天的生词太多了
27#
精灵耳水妖 发表于 08-6-16 14:26:05 | 只看该作者
1 虽然骨骼看似很坚硬,其实它们是有一定弹性的以保证躯体可以承受相当程度的冲击。
2 稀有气体元素一度被科学家们否定它能够成为化学混合物的成分。
3 风暴动力学的深入研究可以直接提高此类事件的预测能力,并且可以将危险和人员伤亡降至最低。
28#
精灵耳水妖 发表于 08-6-16 16:38:52 | 只看该作者
1 Although apparently rigid,bones exhibit a degree of elasticity that enables the skeleton to withsand considerable impact.
2 That xenon could not form chemical compounds was once believed by scientists.
3 Research into the dynamics of storms is directed toward improving the ability to predict these events and thus to minimize damage and avoid loss of life.
29#
inno20 发表于 08-6-17 00:38:49 | 只看该作者
1.尽管骨骼在外观上看起来比较坚硬.但他们还是一有定的弹性能经得起很大的冲击.
2.氙不能形成化学混合物,这一点已被科学家所证明.
3.对于风暴动力学的研究正在朝着提高对事件发生的预测和把损害降到最低和避免人员伤亡的方向发展.
30#
heyao52520 发表于 08-6-17 11:39:14 | 只看该作者
翻译:
虽然骨头很明显是刚性的,它也有一定程度的弹性可以让骨骼抵御相当大的冲击。
曾经科学家们认为氙不能形成化合物。
对风暴的动力学的研究对提高对这些事件的预报能力有指导性的作用,从而将生命、财产的损失减到最小。

默写:
Although apparently rigid, bones exhibit a degree of elasticity that enable the skeleton can withstand considerable impact.
That the xenon could not form chemical compounds once was believed by scientists.
The reseach into dynamics of the storms is directed toward improving the ability of predict these events and thus to minimize damage and avoid the loss of life.
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