He made numerous contributions to the world,the most well-known being the general theory of relativity and the famous formul a E =mc2.[句式分析]此句是一个 ,是主谓宾结构,the most well-known being the general theory of relativity and the famous formul a E = mc2是结构,在句中作[自主翻译...
He made numerous contributions to the world, the most well-known being thegeneral theory of relativity and the famous formul a E=mc2 When he was 16, he tried to enter university in Switzerland, but failed due to his low scores in thegeneral part of the entrance exam, despite obtaining ...
Skarda, and Paul Levinson in Volume 14, Number 2, and replied to by James Barham in his ''From Enzymes to E=mc2: A Reply to Critics'' in volume 15 number 3 of this Journal. I would point out to readers who may be unfamiliar with the specifics of this earlier discussion that ...
事实上，尽管E=mc2已经摆在那里，谁都可以看到了，爱因斯坦的学术之路，却要等到1908年才走上正轨。1907...
题目His name has become synonymous(同义词)with "genius".He is the father of the theory of relativity (相对论).His famous formula is E=mc2,which is about the relationship of mass(质量)to energy.He is Albert Einstein,one of the most famous scientists in the world. B...
a 【导语】 本文是记叙文。文章介绍了改变了我们对宇宙认识的人——阿尔伯特·爱因斯坦。 (1)题详解: 考查名词。句意:他对世界做出了许多贡献,其中最著名的是广义相对论和著名的公式E=mc2。make contributions“做贡献”,固定短语,故填contributions (2)题详解: 考查形容词。句意:爱因斯坦不仅是一个天才,...
Einstein put forward (提出) the theory of relativity D. Einstein learned the formul a E=mc2 from other scientists2. According to the story. Einstein A. couldn't speak until he was 15 B. finished his studies in Germany C. won the Nobel Prize in Physics at the age of42 D. became ...
和孩子一起听了一个关于引力波的讲座后,拿出这本讲述爱因斯坦故事的书,了解爱因斯坦的一生。书里有用简单的语言提到了爱因斯坦的相对论,4-D空间,E=MC2方程,空间弯曲理论等等。是一本读起来很有趣,轻松,长知识的书。 非常棒的一套书!...
Specifically, if we had a theory that described physics under the extreme conditions of the ultra-early Big Bang – and if that theory had been corroborated in other ways, for instance by deriving some unexplained parameters in the standard model of particle physics – then if it...
The invalidity of E = mc2 has been demonstrated experimentally by a reduction in weight of a charged metal ball (2005). However, E=mc² would predict an increase in weight, as Einstein would assert. This can be explained with a new repulsive force between charge and mass for a static ...