Gravitational Balance SN1035
Exp-1 Determining of G, the fundamental gravitational Constant.
Exp-2 Verifying the inverse-square law.
Principle and Working:
This instrument allows measuring G with a high precision (with a maximum error of 15%). In the initial displacement method, G is derived from the angular acceleration of the balance due to movement of the attracting masses from one side to the other. The equilibrium displacement method derives G from the change in the equilibrium position of the balance at rest due to the change in position of the large masses. The built-in oil damping system reduces the time needed for equilibrium.
Contents:
| S. No. | Item Name | Qty. |
| 1 | Gravitational Balance Apparatus | 1 |
Mechanics Experiments
- Free Fall Apparatus
- Variable 'g' Pendulum
- Centripetal Force & Moment of Inertia
- Projectile Motion Experiment
- Timing Car
- Timing Ball
- Linear Air Track with Digital Timer
- Linear Air Track with Data Logging
- Law of motion Kit
- Coupled Pendulum Oscillations
- Surface Tension
- Viscosity of Glycerine
- Forced Oscillators & Resonance
- Computerized Cavendish Balance (Imported)
- Gravitational Balance (Imported)
- Elastic & Plastic Deformation