Question
A grating has 5000.0 slits/cm. How many orders of violet light of wavelength $412 \mathrm{nm}$ can be observed with this grating? (tutorial: grating).
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We can rearrange this equation to solve for $m$, the order of the maximum, which gives us $m = \frac{d \sin \theta}{\lambda}$. Show more…
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A grating has 5000.0 slits/cm. How many orders of violet light of wavelength $412 mathrm{nm}$ can be observed with this grating?
A grating has 5000.0 slits/cm. How many orders of violet light of wavelength $412 \mathrm{nm}$ can be observed with this grating?
A grating has $5000.0$ slits per $\mathrm{cm} .$ How many orders of violet light of wavelength $412 \mathrm{~nm}$ can be observed with this grating?
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