$\definecolor{red}{RGB}{255,0,0}$$\definecolor{black}{RGB}{0,0,0}$
- $m$
- $m$
- $m$
-
- $$\color{blue}{\rightarrow}\color{black}\;$$$$m =\frac{h}{\lambda\cdot v}$$
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- $$\color{blue}{\rightarrow}\color{black}\;$$$$m = \frac{p}{v}$$
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- $v$
- $v$
- $v$
-
- $$\color{blue}{\rightarrow}\color{black}\;$$$$v = \frac{h}{\lambda\cdot m} $$
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- $$\color{blue}{\rightarrow}\color{black}\;$$$$v = \frac{p}{m}$$
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- $\lambda(nm)$
- $\lambda(nm)$
- $\lambda(nm)$
-
- $$\color{blue}{\rightarrow}\color{black}\;$$$$\lambda(nm) = \frac{h}{m\cdot v} $$
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- $$\color{blue}{\rightarrow}\color{black}\;$$$$\lambda(nm) = \frac{h}{p} $$
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- $p$
- $p$
- $p$
-
- $$\color{blue}{\rightarrow}\color{black}\;$$$$p = \frac{h}{\lambda} $$
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- $$\color{blue}{\rightarrow}\color{black}\;$$$$p = m\cdot v$$
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Particles and waves: De Broglie law
Numbers in the form 1/2 or 0.5 or 1.5E3 are accepted: