按职能分列的计算书 functional statement
能迅速运算的计算机 number cruncher
能使用计算机的 computer-literate
应变能密度的计算公式 Calculation formula for Strain-energy density
应变能的计算 Calculation of strain energy
面向能量的选址算法 Energy-oriented algorithm
多功能的计算机 general-purpose computer
买卖计算能力的市场 A market for computing power
能源效率的算法 Energy efficient algorithms
天使又说:“我要因此使你的子孙众多,多到没有人能算的出。”
"The angel added," I will so increase your descendants that they will be too numerous to count.
这么大的事怎么能一个人说了算?
How can only one person have the final say on such an important matter?
现在若是能达到三分之一都算幸运的。
I left out the noble gases here because they do something a little bit special, and actually, I'm going to give you one last clicker question today to see if you can tell me what you think noble gases do.
我并没有把稀有气体算在里面,因为它们的电子亲和能有点特别,实际上,我将会把这作为今天的,最后一个选择题,来请大家告诉我,你们觉得稀有气体电子亲和能应该是怎样的。
So then, I could say that the average valence electron energy for oxygen would then be, I've got two s electrons.
所以,我可以说,氧的平均价电子能,就是,以我得到的两个s轨道的电子来算。
So hopefully if some of you have your calculators with you, you can confirm the answer that I got, which is that the energy is 7.82 times 10 to the -19 joules.
所以如果你们带了计算器,希望你们也能确认一下,我们算出的答案,能量等于,7,82乘以10的-19次方焦耳。
应用推荐