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3. Two electrons are fired at 3.5x10^6 m/s directly at each
other.
(a) Calculate the smallest possible distance between the
two electrons.
(b) Is it likely that two electrons in this situation will actually
get this close to each other if the experiment is
performed? Explain your answer.
Hello, let's look at question 3(a). I just did that question, but I got different answer than the one in the book.
There is the book solution is in the attachment.
I'm concerned about a mistake in the formula. I think that there is no square in r. Even two pages after, you can see that there is no square there. How is this Possible?
other.
(a) Calculate the smallest possible distance between the
two electrons.
(b) Is it likely that two electrons in this situation will actually
get this close to each other if the experiment is
performed? Explain your answer.
Hello, let's look at question 3(a). I just did that question, but I got different answer than the one in the book.
There is the book solution is in the attachment.
I'm concerned about a mistake in the formula. I think that there is no square in r. Even two pages after, you can see that there is no square there. How is this Possible?