Lens on slide mount, f=+50mm

Article no. 09820-01 | Type: Equipment & Accessories

Pupils
Request an offer

Function and Applications

For student experiments with the support optical bench.

Equipment and technical data

  • Plastic lenses (d = 40 mm) in protective frame on a form base to set and displace on a support optical bench.
  • Focal distance indication and line mark for determination of position.

Device name
Article no.
Digital learning
Polarisation of light with Cobra SMARTsense
Article no. P1077169
Determining the focal length of a convex lens
Article no. P1068300
Digital learning curricuLAB
The magnifying glass
Article no. P1068800
Digital learning curricuLAB
The structure of a microscope
Article no. P1068900
Digital learning curricuLAB
Determining the magnification of a microscope
Article no. P1069000
Digital learning curricuLAB
The astronomical telescope
Article no. P1069100
Digital learning curricuLAB
Determining the magnification of a telescope
Article no. P1069300
Digital learning curricuLAB
The camera
Article no. P1069400
Digital learning curricuLAB
The depth of focus of a camera
Article no. P1069500
Digital learning curricuLAB
The slide projector
Article no. P1069600
Digital learning curricuLAB
Diffraction at a grid
Article no. P1069700
Digital learning curricuLAB
Determination of the wavelength by grid diffraction
Article no. P1069800
Digital learning curricuLAB
Rotation of the polarisation plane with a sugar solution
Article no. P1070000
Digital learning curricuLAB
Fresnel's double mirror experiment
Article no. P1195000
Fresnel's biprism experiment
Article no. P1195100
Young's double slit experiment
Article no. P1195200
Newton's rings
Article no. P1195300
Diffraction at a slit
Article no. P1195500
Diffraction at a narrow obstacle (line) - Babinet's princip-le
Article no. P1195600
Diffraction at a double slit
Article no. P1195700
Diffraction at multiple slits
Article no. P1195800
Diffraction at a grating
Article no. P1195900
Determination of the wavelength by grid diffraction
Article no. P1196000
Coherence condition
Article no. P1196100
Diffraction at a crossed grating
Article no. P1196200
Diffraction at circular apertures
Article no. P1196300
Diffraction at a system of circular apertures of equal size
Article no. P1196400
Resolving power of optical devices
Article no. P1196500
Resolving power of the microscope
Article no. P1196600
Spectral resolving power of a grating
Article no. P1196700
Polarisation by strain double refraction (birefringence)
Article no. P1196900
Chromatic polarisation
Article no. P1197000
Polarisation by dispersion
Article no. P1197300
Rotation of the polarisation plane in a sugar solution
Article no. P1197700
Determination of the focal lengths of divergent lenses andlens systems
Article no. P1410503
What does the spectrum of a light-emitting diode (LED) look like?
Article no. P1415101
Digital learning curricuLAB
What can one learn from diffraction patterns?
Article no. P1416301
The Microscope
Article no. P1436203
Diffraction at an edge with laser
Article no. P1195401
Free shipping from 300,- €
Nach oben

Please note

* Prices subject to VAT.

We only supply companies, institutions and educational facilities. No sales to private individuals.

Please note: To comply with EU regulation 1272/2008 CLP, PHYWE does not sell any chemicals to the general public. We only accept orders from resellers, professional users and research, study and educational institutions.