Experiment: Lens equation (230 V, 50/60 Hz)

Experiment: Lens equation (230 V, 50/60 Hz), 8000678 [UE4010100-230], Geometric Optics
Objective: Determine the focal length of a lens using the Bessel method

On an optical bench it is possible to set up a light source, a lens, a screen and an object to be imaged in such a way that a well focussed image appears on the screen. Using the geometric relationships between the ray paths for a thin lens, it is possible to determine its focal length.

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Optical Bench K, 1000 mm, 1009696 [U8475240], Kröncke Optics

Optical Bench K, 1000 mm

1009696 [U8475240]
Optical Rider K, 1000862 [U8475350], Kröncke Optics

Optical Rider K

1000862 [U8475350]
Optical Lamp K, 1000863 [U8475400], Kröncke Optics

Optical Lamp K

1000863 [U8475400]
Transformer 12 V, 25 VA (230 V, 50/60 Hz), 1000866 [U8475470-230], Power Supplies

Transformer 12 V, 25 VA (230 V, 50/60 Hz)

1000866 [U8475470-230]
Converging Lens K, f = +50 mm, 1000869 [U8475901], Kröncke Optics

Converging Lens K, f = +50 mm

1000869 [U8475901]
Converging Lens K, f = +100 mm, 1010300 [U8475911], Kröncke Optics

Converging Lens K, f = +100 mm

1010300 [U8475911]
Clamp K, 1008518 [U84755401], Kröncke Optics

Clamp K

1008518 [U84755401]
Set of 4 Image Objects, 1000886 [U8476605], Apertures, Diffraction Elements and Filters

Set of 4 Image Objects

1000886 [U8476605]
Projection Screen K, White, 1000879 [U8476320], Kröncke Optics

Projection Screen K, White

1000879 [U8476320]
Item No.: 8000678 [UE4010100-230]
Brand 3B Scientific
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