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    Which Substance Is Placed In Lead Block In Rutherford’S Experiment


    In 1843, Scottish physicist and chemist James Clerk Maxwell published a paper in which he predicted the existence of electromagnetic waves. In it, he also discussed an experiment in which a substance was placed in lead block so that light could be detected using shadowgraphs. This experiment has long been used to test the theory of waves, and it is still used today. In this blog post, we will explore what substance is placed in lead block in Rutherford’S experiment and how it is used to detect electromagnetic waves.

    The Substance That Was Placed In The Lead Block

    In 1859, Scottish scientist and physician James Hutton proposed the theory of deep time. According to this theory, the Earth is very old and has undergone many changes over its lifetime. Lead block experiments were used as a way to test this theory. In one experiment, lead was placed in a block of wax so that it could not be moved. After a period of time, the lead block was cut open and the wax was found to have melted away, leaving the lead inside. This experiment showed that deep time is something that can be observed and tested.

    What Rutherford Did Next

    Rutherford performed an experiment in which he placed different substances into lead blocks which were then heated to different temperatures. He found that lead would absorb radiation in specific ways, depending on the substance that was placed inside of it. Rutherford’s work paved the way for the development of nuclear physics

    Concluding Statements

    Given that the results of Rutherford’s experiment have been debated for over a century, it is interesting to consider the conclusions that could be drawn from his work. Based on his findings, it seems that lead is not the most effective substance for conducting electricity.


    The substance that was placed in lead block in Rutherford’s experiment was primarily water. However, other substances were also present including boron and nitrogen. Rutherford used this mixture of substances to create the first atom bomb.

    Lead is a heavy metal, which means it takes up a lot of space in the nucleus of an atom. When Rutherford smashed the lead block open with an impact hammer, he released these particles into the air. It was these tiny fragments that created the fission reaction in the bomb.

    Rutherford originally thought that he had created a new type of radioactive material when he saw his bomb break apart and release radioactive gas. However, it was later discovered that this gas was actually just made up of small particles from the broken lead block.

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