百度试题 结果1 题目It isto travel faster than the speed of light. (possible) 相关知识点: 试题来源: 解析 impossible 比光的传播速度快是不可能的。由句意可知填impossible“不可能的”。反馈 收藏
【解析】根据题干travel faster than the speed of light,可知是指我们不可能比光速还快。impossible不可能的,形容词。故填impossible. 结果一 题目 【题目】It is to travel faster than the speed of light.(possible) 答案 【解析】根据题干travel faster than the spee-|||-d of light,可知是指我们不可...
光速为什么被限制?一旦超光速,时间真的会倒流吗? Can travel faster than the speed of light甜心柠酱 立即播放 打开App,流畅又高清100+个相关视频 更多695 -- 4:23 App 如果你坠入了木星-大脑科学 750 -- 4:43 App 当速度无限接近光速时,不管多远的距离都可以瞬间到达,为什么? 83 -- 5:56 App 人类...
compact–adj. smaller than other things of the same kind arrange–adj. organized in a certain order or position warp–adj. related to speed that is extremely fast, even faster than light, usually found in works of science ...
Can you travel faster than the speed of light "c" which is equivalent to 3*10^8 m/s? If so, what happens? What is the light clock theory?Please do not translate my question into chinese, I need answers. yyc 1992: I heard that if you go past the speed of light, time ceases to...
Yes, “faster than the speed of light.” How is this possible? The Magic of Relativity The answer has to do with the difference between special relativity and general relativity. Special relativity requires what is called an “inertial reference frame” – more simply, a backdrop. According to...
Laser pulses appear to travel faster than the speed of lightdoi:10.1016/S0262-4079(21)00945-3Crane, LeahNew scientist
根据第五段第三句Theoretically, if you were toravel faster than the speed ofight you would be moving backwards in time.可知,从理论上来讲,只有当你运动的速度能够超越光速,你才有可能引起时光倒流回到过去。根据第六段第一句But most scientists believe that nothing can actuallytravel faster than light....
- they are nothing more than a definition: the group of any particles that move faster than c - relativity does not forbid them - if they did exist, they could not decelerate to subluminal velocities There's nothing crackpot about any of that. Dec 5, 2009 #38 at...
Special relativity famously dictates that no known object can travel faster than the speed of light in a vacuum – making it unlikely that humans will ever send spacecraft to explore beyond our local area of the Milky Way. However, new research by Erik L