Weight Bars for Hook’s Law Apparatus

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৳650

Estimated Shipping Time: 2 to 3 days

Uses: Force measurement , Elasticity testing

Product SKU: dge5136h7t

                     Weight Bars for Hook’s Law Apparatus


Description:

Weight Bars for Hook’s Law Apparatus are calibrated metal bars or disks used to apply known forces to a spring in Hooke’s Law experiments. These weight bars are essential for measuring the extension of a spring when a specific load is applied. They are typically used in physics labs to study elasticity and force-extension relationships.

Uses:

  1. Force application: Used to apply a specific and measurable force to a spring or elastic material.
  2. Elasticity studies: Helps demonstrate Hooke’s Law by showing the proportional relationship between force and extension.
  3. Physics experiments: Used in lab setups to measure the stiffness constant (spring constant) of different materials.
  4. Calibration: Ensures precise force measurement for academic and experimental purposes.
  5. Educational demonstrations: Helps students understand the principles of force, mass, and elasticity in physics classes.

Precautions:

  1. Handle with care: Drop impacts or rough handling can cause damage to the weight bars and affect accuracy.
  2. Secure placement: Ensure weight bars are placed carefully on the spring to avoid unbalanced loading or falling.
  3. Avoid overload: Do not exceed the weight capacity of the spring to prevent damage to the Hook's Law apparatus
  4. Accurate measurements: Double-check the weights and setup to ensure precise results in experiments.
  5. Wear safety gear: Use gloves when handling heavy weight bars to avoid accidents.

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  1. Weight Hanger:
    • A bar or rod designed to hold weights securely.
    • Often made of metal, lightweight, with hooks or clips to attach to the spring.
    • It typically weighs a small, known amount (e.g., 50 g or 100 g), which is included in the total weight applied to the spring.
  2. Slotted Weights:
    • Weights with holes or slots can easily be added or removed from the weight hanger.
    • Common increments: 50 g, 100 g, 200 g, etc.
    • It is made of metal, with accurate labeling for precise measurements.
  3. Material:
    • The weight bar and weights are usually made of brass, steel, or aluminum for durability and precision.
  4. Precision:
    • For experiments, precision is critical, so the weights should be standardized and calibrated.

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