返回
朗读
暂停
+书签

视觉:
关灯
护眼
字体:
声音:
男声
女声
金风
玉露
学生
大叔
司仪
学者
素人
女主播
评书
语速:
1x
2x
3x
4x
5x

上一页 书架管理 下一章
4 THE MEASURE OF THINGS
tionalexertion of an entire planet.  Cavendisrying to do y at tremely feat level.

    Delicacy  a o taining tus, so Cavendisook up a position in an adjoining room and made ions elescope aimed tingand involved seventeen delicate, interconnected measurements, ook nearly ayear to complete.  last ions, Cavendis ttle over 13,000,000,000,000,000,000,000 pounds, or six billion trillionmetric tons, to use tric ton is 1,000 kilograms or 2,205 pounds.)today, scientists  tect t of asingle bacterium and so sensitive t readings can be disturbed by someone yay-five feet a t significantly improved on Cavendiss of1797. t best estimate for Eart is 5.9725 billion trillion metric tons, adifference of only about 1 percent from Cavendiserestingly, all of timates made by Nealevidence at all.

    So, by te eigury scientists knes distance from ts; and no determining tively straiger all, terials erally att. But no.  tom and invent television, nylon, and instantcoffee before t t.

    to understand ravel norto Scotland and begin  and genialman, of ed a new science called geology.

    5to a p, mass and e different tays tyour  like a planet.

    travel to ter but no less massive. On Eartical purposes, massand reated as synonymous. at least outside the classroom.
上一页 书架管理 下一章

首页 >A Short History of Nearly Everything简介 >A Short History of Nearly Everything目录 > 4 THE MEASURE OF THINGS