Classical nature of the hydrogen atom

AI Thread Summary
The discussion centers on the instability of the hydrogen atom's electron in a classical model, specifically regarding its collapse into the proton. Participants are prompted to calculate the time it would take for this collapse, referencing the classical expression for radiation emitted by an accelerated charge. The hint suggests using integral calculus to approach the problem. Users express uncertainty about how to begin the calculations and seek guidance on the classical radiation expression. The conversation highlights the challenges of applying classical physics to atomic structures.
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Homework Statement


According to the classical nature of the hydrogen atom an electron in a circular orbit of radius 5.3*10^-11m around a proton fixed at the centre is unstable. If it is true, how long would it take for the electron to collaspse into the proton?


Homework Equations


There is a hint: "Use integral calculus to solve the classical expression for radiation from an accelerated charge"


The Attempt at a Solution


I really don't know where to start... can anyone care to tell me what is the "classical expression for radiation"?
 
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can anyone suggest where to start?
 

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