Home /
Physics /
Demonstration Experiments /
Mechanics /
Mechanics of liquids and gases /
Buoyancy /
Dependence of the buoyancy force on the kind of liquid - Measurement via Sensor-CASSY and CASSY-Display /
Stand base, V-shaped, small

Stand base, V-shaped, small

30002

4 Stand base, V-shaped, small

This product is classified as a dangerous good and is not available for online purchase.

For ordering the dangerous good or other information please contact our customer service center.
This experiment/set up contains dangerous goods.
These are not available for online purchase.
You may order the experiment/set up without the dangerous goods.

For ordering the dangerous good or other information please contact our customer service center.
Email: webshopuk@ld-didactic.de
Telephone:+49 (0) 22 33 / 604 – 319
Go to contact form

Request an offer

Name *

Email *

Thank you for your inquiry. We will get back to you as soon as possible.

Description

For assemblies which require a high degree of stability, even when subjected to loads on one side. Bore with longitudinal slot and tommy screw on the bridge and the vertex. Bores provided for levelling screws. Including pair of levelling screws and a shaped rivet for insertion into the hole at the vertex.

Technical data

V-shaped
Jaw width for stand rods: 8 ... 14 mm
Length of sides: 20 cm
Levelling screws: Adjustment range 17 mm
Weight: 1.3 kg approx.

Additionally recommended

1 6880851 8 spare parts stand base

Related Documents

PDF (Experiment description)	P1.1.3.1 Determining the gravitational constant with the gravitation torsion balance after Cavendish - Measuring the excursion with a light pointer
PDF (Experiment description)	P1.2.3.1 One-sided and two-sided lever
PDF (Experiment description)	P1.2.3.2 Wheel and axle as a lever with unequal sides
PDF (Description from CASSY Lab)	P1.4.3.3 Centrifugal force of an orbiting body - Measuring with the central force apparatus and CASSY
PDF (Experiment description)	P1.4.5.1 Definition of moment of inertia
PDF (Experiment description)	P1.4.5.2 Moment of inertia and body shape
PDF (Experiment description)	P1.4.5.3 Confirming Steiners theorem
PDF (Description from CASSY Lab)	P1.7.2.1 Determining the oscillation frequency of a string as a function of the string length and tension
PDF (Experiment description)	P1.7.4.1 Reflection of planar ultrasonic waves at a plane surface
PDF (Experiment description)	P1.7.5.3 Diffraction of ultrasonic waves at a single slit
PDF (Experiment description)	P1.7.5.4 Diffraction of ultrasonic waves at a double slit, a multiple slit and a grating
PDF (Experiment description)	P1.7.6.1 Investigating the Doppler effect with ultrasonic waves
PDF (Experiment description)	P1.8.4.1 Measuring the surface tension using the "break-away" method
PDF (Experiment description)	P1.8.4.2 Measuring the surface tension using the "break-away" method - Recording and evaluating with CASSY
PDF (Experiment description)	P1.8.5.1 Static pressure and determination of the volume flow with a Venturi tube - Measuring the pressure with the precision manometer
PDF (Experiment description)	P1.8.5.3 Determining the wind speed with a Prandtl pressure probe - Measuring the pressure with the precision manometer
PDF (Experiment description)	P1.8.5.4 Static pressure and determination of the volume flow with a Venturi tube - Measuring the pressure with a pressure sensor and CASSY
PDF (Experiment description)	P1.8.6.1 Air resistance as a function of the wind speed and body shape - Measuring the wind speed with the precision manometer
PDF (Experiment description)	P1.8.6.3 Pressure curve on an airfoil profile - Measuring the pressure with the precision manometer
PDF (Experiment description)	P1.8.6.4 Air resistance as a function of the wind speed and body shape - Measuring the wind speed with a pressure sensor and CASSY
PDF (Experiment description)	P1.8.6.6 Pressure curve on an airfoil profile - Measuring the pressure with a pressure sensor and CASSY
PDF (Experiment description)	P2.1.2.1 Determination of volumetric expansion coefficient of liquids
PDF (Experiment description)	P2.1.3.1 Investigation of the density maximum of water
PDF (Experiment description)	P2.2.2.1 Efficiency of a solar collector
PDF (Experiment description)	P2.3.2.1 Determination of specific heat of solids
PDF (Description from CASSY Lab)	P2.3.3.2 Converting mechanical energy into heat energy - Measuring with Mobile-CASSY
PDF (Experiment description)	P2.4.1.1 Determination of specific vaporization heat of water
PDF (Experiment description)	P2.5.2.1 Pressure-dependency of the volume of a gas at a constant temperature (Boyle-Mariottes law)
PDF (Experiment description)	P2.5.2.2 Temperature-dependency of the volume of a gas at a constant pressure (Gay-Lussacs law)
PDF (Experiment description)	P2.5.2.3 Temperature-dependency of the pressure of a gas at a constant volume (Amontons law)
PDF (Experiment description)	P2.5.3.2 Determining the adiabatic exponent cp/cV of various gases using the gas elastic resonance apparatus
PDF (Experiment description)	P2.6.2.1 Frictional losses in the hot-air engine (calorific determination)
PDF (Experiment description)	P2.6.2.2 Determining the efficiency of the hot-air engine as a heat engine
PDF (Experiment description)	P2.6.2.3 Determining the efficiency of the hot-air engine as a refrigerator
PDF (Experiment description)	P3.1.2.1 Confirming Coulombs law - Measuring with the torsion balance, Schürholz design
PDF (Experiment description)	P3.1.2.2 Confirming Coulombs law - Measuring with the force sensor
PDF (Experiment description)	P3.1.4.2 Kirchhoffs voltage balance: Measuring the force between two charged plates of a plate capacitor
PDF (Experiment description)	P3.1.4.3 Measuring the force between a charged sphere and a metal plate
PDF (Experiment description)	P3.3.3.1 Measuring the force acting on current-carrying conductors in the field of a horseshoe magnet
PDF (Description from CASSY Lab)	P3.3.3.2 Measuring the force acting on current-carrying conductors in a homogeneous magnetic field - Recording with CASSY
PDF (Description from CASSY Lab)	P3.3.3.3 Measuring the force acting on current-carrying conductors in the magnetic field of an air coil - Recording with CASSY
PDF (Description from CASSY Lab)	P3.3.3.4 Basic measurements for the electrodynamic definition of the ampere
PDF (Experiment description)	P5.3.5.2 Measuring the refractive index of air with a Mach-Zehnder interferometer
PDF (Experiment description)	P5.4.6.1 Faraday effect: determining Verdets constant for flint glass as a function of the wavelength
PDF (Experiment description)	P5.6.1.1 Determining the velocity of light by means of the rotating-mirror method according to Foucault and Michelson - Measuring the image shift as a function of the rotational speed of the mirror
PDF (Experiment description)	P5.7.1.1 Measuring the line spectra of inert gases and metal vapors using a prism spectrometer
PDF (Experiment description)	P5.7.2.1 Measuring the line spectra of inert gases and metal vapors using a grating spectrometer
PDF (Experiment description)	P6.2.2.2 Qualitative investigation of the absorption spectrum of sodium
PDF (Description from SpectraLab)	P6.2.2.6 Recording the spectra of gas discharge lamps with a compact spectrometer
PDF (Experiment description)	P6.2.7.4 Measuring the Zeeman splitting of the red cadmium line as a function of the magnetic field - spectroscopy using a Fabry-Perot etalon
PDF (Experiment description)	P6.4.3.4 Determination of half-life of Cs-137 - Recording and evaluating the decay and production curve with CASSY
PDF (Experiment description)	P7.2.1.1 Investigating the Hall effect in silver
PDF (Experiment description)	P7.2.1.2 Investigating the anomalous Hall effect in tungsten
PDF (Experiment description)	P7.2.1.3 Determining the density and mobility of charge carriers in n-Germanium
PDF (Experiment description)	P7.2.1.4 Determining the density and mobility of charge carriers in p-Germanium
PDF (Experiment description)	P7.2.1.5 Determining the band gap of germanium
PDF (Experiment description)	C1.1.3.1 Brownian motion of smoke particles
PDF (Experiment description)	C1.1.3.2 Estimation of the size of oil molecules
PDF (Experiment description)	C1.2.2.1 Synthesis of magnesium oxide
PDF (Experiment description)	C1.3.2.1 Qualitative water synthesis
PDF (Experiment description)	C1.3.3.1 Thermal anomaly of water
PDF (Experiment description)	C1.4.4.2 Temperature-dependency of the volume of a gas at a constant pressure (Gay-Lussacs law) (de)
PDF (Experiment description)	C1.5.3.1 Conditions for iron corrosion
PDF (Experiment description)	C1.7.2.1 Determination of acidity (pKa value) by titration
PDF (Experiment description)	C1.7.2.2 Analysis of triprotic phosphoric acid by titration
PDF (Experiment description)	C2.4.4.1 Separation of a leaf extract with column chromatography
PDF (Experiment description)	C2.4.4.2 Separation of petroleum by means of column chromatography
PDF (Experiment description)	C3.3.1.3 Recording of a fluorescence spectrum with a spectrometer
PDF (Experiment description)	C3.5.1.1 Determination of acid concentration by titration with drop counter
PDF (Experiment description)	C3.5.1.3 Potentiometric titration of iron(II) ions (de)
PDF (Experiment description)	C3.5.2.1 Conductometric titration of a hydrochloric acid solution, CPS variety
PDF (Experiment description)	C3.5.2.2 Conductometric titration of a hydrochloric acid solution with pH measurement
PDF (Experiment description)	C3.5.2.3 Conductometric titration using the Electrochemistry demonstration unit
PDF (Experiment description)	C3.5.3.2 Manganometric determination of iron(II) ions
PDF (Experiment description)	C3.6.4.2 Determination of the content of phosphoric acid in a cola drink
PDF (Experiment description)	C4.1.3.3 Concentration and reaction rate: Magnesium in strong and weak acids
PDF (Experiment description)	C4.3.1.1 Differentiating between endothermic and exothermic reactions
PDF (Experiment description)	C4.4.1.4 Electrolytic dissociation: Dependence of conductivity on electrolyte concentration
PDF (Experiment description)	C4.4.5.3 The Faraday laws
PDF (Experiment description)	C5.1.1.1 Production of sulfuric acid by the contact method
PDF (Experiment description)	C5.1.2.1 Extraction of iron by the blast furnace process
PDF (Experiment description)	C5.4.1.1 Production of fuel from rapeseed oil
PDF (Experiment description)	D1.1.1.3 Determining the volume of a drop of water
PDF (Experiment description)	D1.1.1.4 Determining the volume of irregular solid bodies - Differential method
PDF (Experiment description)	D1.1.1.5 Determining the volume of irregular solid bodies - Overflow method
PDF (Experiment description)	D1.2.1.4a Setting up a dynamometer - stand set-up
PDF (Experiment description)	D1.2.1.5a Mass and weight
PDF (Experiment description)	D1.3.5.4 Dependence of centrifugal force on the mass of the test body
PDF (Experiment description)	D1.3.5.5 Dependence of centrifugal force on the distance of the test body
PDF (Experiment description)	D1.3.5.6 Dependence of centrifugal force on the angular velocity
PDF (Experiment description)	D1.7.3.1a Detecting the effect of a buoyancy force in liquids - Measurement with a precision dynamometer
PDF (Experiment description)	D1.7.3.1b Detecting the effect of a buoyancy force in liquids - Measurement via Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D1.7.3.3a Dependence of the buoyancy force on the volume the body - Measurement with a precision dynamometer
PDF (Experiment description)	D1.7.3.3b Dependence of the buoyancy force on the volume of the immersed body - Measurement via Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D1.7.3.4a Dependence of the buoyancy force on the kind of liquid - Measurement with a precision dynamometer
PDF (Experiment description)	D1.7.3.4b Dependence of the buoyancy force on the kind of liquid - Measurement via Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D1.7.3.5a Archimedes principle - Measurement with a precision dynamometer
PDF (Experiment description)	D1.7.3.5c Archimedes principle - Measurement with Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D2.2.1.1a Thermal energy and rises in temperature
PDF (Experiment description)	D2.2.1.2a Thermal energy and mass
PDF (Experiment description)	D2.2.1.3a Thermal energy and materials
PDF (Experiment description)	D2.2.1.4a Specific heat of water (de)
PDF (Experiment description)	D2.3.1.1a Heat conduction in solid bodies (de)
PDF (Experiment description)	D2.3.1.2a Dependence of heat conduction in solid bodies upon material Simple heat conduction apparatus (de)
PDF (Experiment description)	D2.3.2.1 Demonstrating heat convection in water
PDF (Experiment description)	D2.3.2.2 Model experiment on the operation of a hot-water heating system
PDF (Experiment description)	D2.3.3.1a Absorption of heat radiation - Measurement with Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D2.4.1.1a Determining the melting and the solidification temperature/candle wax - Measurement with Sensor-CASSY and CASSY-Display (de)
PDF (Experiment description)	D2.4.1.1b Determining the melting and the solidification temperature/Wood's metal - Measurement with Sensor-CASSY and CASSY-Display
PDF (Experiment description)	D2.4.2.1c Warming up water until it boils - Measurement with Sensor-CASSY and PC
PDF (Experiment description)	D3.4.4.2b Correlation between resistance and length of a wire - Resistance measuring instrument
PDF (Experiment description)	D3.4.4.3b Correlation between resistance and the cross-sectional area of a wire - Resistance measuring instrument
PDF (Experiment description)	D3.4.4.4b Correlation between the resistance and the material of a wire - Resistance measuring instrument
PDF (Experiment description)	D3.4.7.3b Conversion of electrical energy into thermal energy - Measurement via joulemeter and wattmeter
PDF (Experiment description)	D3.9.2.8a Conversion of energy in a fuel cell - Operation with a solar cell and electrolysis cell
PDF (Experiment description)	D5.6.3.1a Spectra of fluorescent gases - Gas discharge tubes

Print page

Stand base, V-shaped, small

Description

Technical data

Additionally recommended

Related Documents

Contact Us