According to classical theory, circular path of an electron in Rutherford atom is

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12.Atoms

easy

According to classical theory, the circular path of an electron in Rutherford atom is

Spiral

Circular

Parabolic

Straight line

Solution

(a) The revolution of the electron in a circular orbit is not expected to be stable. Any particle in a circular orbit would undergo acceleration. During acceleration, charged particles would radiate energy. Thus, the revolving electron would lose energy and finally fall into the nucleus following a spiral path.

Standard 12

Physics

An $X-$ ray tube is operated at $50\, kV$. the minimum wavelength produced is…….$\mathop A\limits^o $

normal

According to the Rutherford’s atomic model, the electrons inside the atom are

easy

Apply Bohr’s atomic model to a lithium atom. Assuming that its two $K$-shell electrons are too close to nucleus such that nucleus and $K$-shell electron act as a nucleus of effective positive charge equivalent to electron. The ionization energy of its outermost electron is……$eV$

normal

In 1911 , the physicist Ernest Rutherford discovered that atoms have a tiny, dense nucleus by shooting positively charged particles at a very thin gold foil. A key physical property which led Rutherford to use gold was that it was

hard

(KVPY-2014)

In third orbit of hydrogen atom, de Broglie wavelength of electron is $\lambda $ then radius of third orbit is

normal

According to classical theory, the circular path of an electron in Rutherford atom is

Solution

Similar Questions

An $X-$ ray tube is operated at $50\, kV$. the minimum wavelength produced is…….$\mathop A\limits^o $

According to the Rutherford’s atomic model, the electrons inside the atom are

Apply Bohr’s atomic model to a lithium atom. Assuming that its two $K$-shell electrons are too close to nucleus such that nucleus and $K$-shell electron act as a nucleus of effective positive charge equivalent to electron. The ionization energy of its outermost electron is……$eV$

In 1911 , the physicist Ernest Rutherford discovered that atoms have a tiny, dense nucleus by shooting positively charged particles at a very thin gold foil. A key physical property which led Rutherford to use gold was that it was

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