Smart inertia experiment

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Overview
Quick Details
Subject:
Physics
Brand Name:
Brolight
Model Number:
SEK-8102
Place of Origin:
Zhejiang, China
Supply Ability
Supply Ability:
100 Unit/Units per Month
Packaging & Delivery
Packaging Details
Carton
Port
Shanghai Airport or Ningbo Port
Lead Time :
15 - 30 days

 

 

Smart inertia experiment

  SEK-8102

 

 

DETAILS

Adopt torsion-pendulum method to measure rigid body’s rotational inertia. By measuring different rigid bodies, research on law between movement of rigid body and it’s weight, mass distribution and axis of a quantity, to verify the parallel-axis theorem.

Experimental contents

1.Measuring the twist constant of instrument

2.Measuring rotational inertia of plastic cylinder, metallic cylinder, globoid and metal bar.

3.Verify the parallel-axis theorem by changing the position of sliding block on the metal bar.

Features

1.The instrument use steel structure, using three feet nut stent to adjust the horizontal height, fixing the spirit level on the stent.

2.Standard configuration of different kinds of rigid bodies: cylinder, metal hollow cylinders, globe and metal bar with sliding block.

3. Adopt new SCM to control system for the reason of high precision, strong function, stable property and reliable.

4. Equip with millisecond timer and counter.

a) Adopt SCM to control circuits, it can measure the period of object rotation and movement.

b) Automatically save and record multi-group data, and it can calculate the average value precisely.

c) It can be used as general purpose timer, user can master it by membrane switch on the panel and preset by nixie tube to manage the data.

Technical parameters

 

Tester of rotational inertia(millisecond timing counter)

Timing function: five LED digital display, timing at 999.99ms

Counting function:0-30 setting randomly, it can be used as query, save and time.

Experimental sample

plastic cylinder(X2),metal cylinder, nylon ball and metal bar

The relative error

≤5%

 

 

Typical experimental context and data

1.  Two terminal method

1. Measuring the torsion constant of torsional pendulum “K”

2. Measuring the rotational inertia of plastic cylinder, metal cylinder, nylon ball and metal bar

3. Change the position of sliding block on the metal bar to verify parallel-axis theorem of rotational inertia

Known: experimental value of rotational inertia by tumbler bearing):I’0 = 0.179 x 10-4 kg•m2,

experimental value of rotational inertia by fixture center in metal bar):I”0 = 0.232 x 10-4 kg•m2,

theoretical value of rotational inertia by sliding block around centroidal axis):0.3719 x 10-4 (kg•m2)