Spectrometry Kit
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Spectrometry Kit Experiment Exp-1 To determine the refractive index of the material of prism using sodium light. Exp-2 To determine the dispersion power of a prism. Exp-3 To determine the resolving power of the prism. Exp-4 To determine the wavelength of sodium light using a plane diffraction grating. Exp-5 To determine the resolving power of a plane diffraction grating. Exp-6 To verify Cauchy's equation (Mercury light source required). Principle: The working of a spectrometer is based on the principle that when light falls on an optical device such as a prism or diffraction grating each wavelength is refracted or bent by a unique angle. A precise spectrum can be determined by measuring the angles at which light is refracted or bent. Contents: Advance spectrometer Diffraction grating Intermediate spectrometer Micrometer slit Prism Sodium light source Spectrometer Goniometer
Spectrometery Kit
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Spectrometery Kit The theory of the prism spectrometer indicates that a spectrum of maximum definition is obtained when the angular deviation of a light ray passing through the prism is a minimum.
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Table Top Gem Illuminated Spectroscope
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Spectroscopic Equipment
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Spectroscopic Equipment, Hot Plates, Ovens, Lab Microscope