The Rutherford's scattering experiment proves that an atom consists of

Question

The Rutherford's scattering experiment proves that an atom consists of (A) a sphere of positive charge in which electrons are embedded like seeds of water-melon (B) a sphere of negative charge in which protons are embedded like seeds of water-melon (C) a sphere of electron cloud in which the positive charge in placed at the centre of the sphere (D) a sphere of positive charge

Tardigrade Admin · Accepted Answer

Rutherford's model states that an atom is a sphere of diameter about 10-10m whole of its positive charge is concentrated at the center.

Q. The Rutherford's scattering experiment proves that an atom consists of

a sphere of positive charge in which electrons are embedded like seeds of water-melon

a sphere of negative charge in which protons are embedded like seeds of water-melon

a sphere of electron cloud in which the positive charge in placed at the centre of the sphere

a sphere of positive charge

Rutherford's model states that an atom is a sphere of diameter about $1 0^{- 10} m$ whole of its positive charge is concentrated at the center.

Q. The Rutherford's scattering experiment proves that an atom consists of

a sphere of positive charge in which electrons are embedded like seeds of water-melon

a sphere of negative charge in which protons are embedded like seeds of water-melon

a sphere of electron cloud in which the positive charge in placed at the centre of the sphere

a sphere of positive charge

Rutherford's model states that an atom is a sphere of diameter about 10−10m whole of its positive charge is concentrated at the center.

Rutherford's model states that an atom is a sphere of diameter about $1 0^{- 10} m$ whole of its positive charge is concentrated at the center.