氢原子分离光谱的最短波长为（分母数字的单位为eV）
A: [img=35x41]1802df1b903523f.jpg[/img]
B: [img=39x36]1802df1b98b8f78.jpg[/img]
C: [img=33x39]1802df1ba14948a.jpg[/img]
D: [img=32x41]1802df1ba9a77a2.jpg[/img]
A: [img=35x41]1802df1b903523f.jpg[/img]
B: [img=39x36]1802df1b98b8f78.jpg[/img]
C: [img=33x39]1802df1ba14948a.jpg[/img]
D: [img=32x41]1802df1ba9a77a2.jpg[/img]
举一反三
- 氢原子分离光谱的最短波长为（分母数字的单位为eV） A: [img=35x41]1803719c3cab9d2.jpg[/img] B: [img=39x36]1803719c4531fbe.jpg[/img] C: [img=33x39]1803719c4dda658.jpg[/img] D: [img=32x41]1803719c5717e9e.jpg[/img]
- 氢原子分离光谱的最短波长为（分母数字的单位为eV） A: [img=35x41]18032bcf6eb5fb0.jpg[/img] B: [img=39x36]18032bcf767f462.jpg[/img] C: [img=33x39]18032bcf7ebc293.jpg[/img] D: [img=32x41]18032bcf8716400.jpg[/img]
- 氢原子分离光谱的最短波长为（分母数字的单位为eV） A: [img=35x41]1803a18073b4083.jpg[/img] B: [img=39x36]1803a1807c30c72.jpg[/img] C: [img=33x39]1803a18084daf1d.jpg[/img] D: [img=32x41]1803a1808c690e9.jpg[/img]
- 氢原子分离光谱的最短波长为（分母数字的单位为eV） A: [img=35x41]1803750c1267bcd.jpg[/img] B: [img=39x36]1803750c1adff93.jpg[/img] C: [img=33x39]1803750c2327b02.jpg[/img] D: [img=32x41]1803750c2c84142.jpg[/img]
- 要求方程[img=69x27]1802e4da216c9dd.png[/img]的解，应使用命令 A: dsolve('Df=x^2') B: dsolve('Df==x^2') C: dsolve('Df=x^2',x) D: dsolve('Df==x^2',x)