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Experimental components Weights, lead blocks, squeeze frame Experimental process Install the lead blocks into the squeeze frame and squeeze them together by twisting the screw rod. Take the lead blocks out of the squeeze frame to see if they will separate. Then hang the weights on the iron hook at the bottom of the lead block and observe whether the lead blocks will separate. Experimental phenomena Through experimentation, it was found that the two lead blocks were always tightly attached together, and even hanging weights could not separate them. Experimental conclusion There is intermolecular force between molecules. Additional analysis What would happen if you replaced the lead blocks in the experiment with iron blocks? Since iron is a ferromagnetic metal, it has different properties compared to lead. If you squeeze two iron blocks together, they will not stick together on their own because there is no intermolecular force like lead.

Physics Lab Kits - physics experiment to validate the existence of intermolecular forces between molecules

In stock
SKU
LKFS-A31
PhysicsMechanics

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Experimental components

Weights, lead blocks, squeeze frame

Experimental process Install the lead blocks into the squeeze frame and squeeze them together by twisting the screw rod. Take the lead blocks out of the squeeze frame to see if they will separate. Then hang the weights on the iron hook at the bottom of the lead block and observe whether the lead blocks will separate.
Experimental phenomena Through experimentation, it was found that the two lead blocks were always tightly attached together, and even hanging weights could not separate them.
Experimental conclusion There is intermolecular force between molecules.
Additional analysis What would happen if you replaced the lead blocks in the experiment with iron blocks? Since iron is a ferromagnetic metal, it has different properties compared to lead. If you squeeze two iron blocks together, they will not stick together on their own because there is no intermolecular force like lead.
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Physics Lab Kits - physics experiment to validate the existence of intermolecular forces between molecules

$30.00