Put the events that lead to Wu’s confirmation of Fermi’s theory of beta decay in the order they happened.
Other scientists tried the experiment with thin and uniform source material and confirmed Fermi had been correct all along.
Wu made a thin and uniform source using a radioactive solution with a special copper tool and placing a drop of radioactive solution on a film.
Wu decided not to use the same type of spectrometer the other physicists had used in their beta decay experiments.
Wu adapted the spectrometer so it could accommodate thinner sources of radioactive materials.
Sure! Here’s the correct order of events that lead to Wu’s confirmation of Fermi’s theory of beta decay:
1. Wu made a thin and uniform source using a radioactive solution with a special copper tool and placing a drop of radioactive solution on a film.
2. Wu adapted the spectrometer so it could accommodate thinner sources of radioactive materials.
3. Wu decided not to use the same type of spectrometer the other physicists had used in their beta decay experiments.
4. Other scientists tried the experiment with thin and uniform source material and confirmed Fermi had been correct all along.
Explanation: Wu first created a suitable source for the experiment, then modified the equipment to meet her needs. Choosing not to follow others’ methods showed her innovative approach. Eventually, following her work, other scientists confirmed Fermi’s theory using the techniques that Wu developed. This step-by-step approach was crucial in verifying the scientific theory. If you have more questions or need further clarification, feel free to ask!