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BENDING OF BEAM APPARATUS By Labcare Export
2400.0 INR/Piece
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BENDING OF BEAM APPARATUS By Labcare Export Price And Quantity
- 2400.0 INR/Piece
- 1 Piece
BENDING OF BEAM APPARATUS By Labcare Export Trade Information
- a ' , ' ' C a s h a C a s h d v a c e ( C ) ' , d Paypal Cash Advance (CA) Cash in Advance (CID) ' v a c e ( C ) '
- 100 Piece Per Week
- 7 Days
- No
- ' r s s y ' s p p n n d s p d y r Free samples available with shipping and taxes paid by the buyer p
- o ' e E u o p e ' , ' A a ' , ' A u a a ' , ' e a A e c a ' , ' A e c a ' , ' o u A e c a ' , ' E a ' e e h h E u o p e ' , ' d d e E a ' , ' A c South America Eastern Europe Western Europe Middle East Central America Australia North America Africa Asia a
- ' ' l l All India
Product Description
A Bar Pendulum also known as a Compound Pendulum is a type of pendulum that consists of a rigid bar or rod with a fixed pivot point Unlike a simple pendulum which consists of a mass attached to a string or rod a compound pendulum uses the bar itself as the oscillating object and its motion depends on both the center of mass and the distribution of mass along the bar
Key Features
Rigid Structure The bar is typically made from a material with a high density such as steel or brass to ensure the pendulum has significant mass
Fixed Pivot Point The bar is hinged at one end allowing it to swing in a circular arc
Period of Oscillation The time it takes for one full swing back and forth depends on the length of the bar and the position of the pivot The formula for the period of a compound pendulum takes into account the moment of inertia of the bar and the distance from the pivot to the center of mass
Use in Measuring Gravity Compound pendulums are often used in experiments to measure gravitational acceleration as their period can be precisely calculated from the dimensions of the bar and the position of the pivot
Moment of Inertia The oscillation period is influenced by the distribution of mass along the bar which is described by its moment of inertia
Applications
Scientific Experiments Used in the study of oscillatory motion and as a method to determine the value of g acceleration due to gravity
Timekeeping Devices Historically similar principles were used in timekeeping devices like early clocks
Physics Demonstrations Demonstrates rotational and oscillatory motion in educational settings
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