Which statements correctly give two limitations of the particle model shown in the figure above.Statement 1: Atoms & molecules are not solid spheres.Statement 2: There are no forces of attraction shown between the spheres.Statement 3: Particles in a gas are always touching in reality.Statements 1 & 2 onlyAll the statements are correct.Statements 1 & 3 onlyStatements 2 & 3 only

Which statements correctly give two limitations of the particle model shown in the figure above.Statement 1: Atoms & molecules are rigid spheres in real life.Statement 2: It doesn’t accurately show the spaces between particles.Statement 3: It doesn’t show the forces of attraction that exist between particles.Statements 2 & 3 onlyStatements 1 & 3 onlyStatements 1 & 2 onlyAll the statements are correct.

Write two important limitations of Rutherford nuclear model of the atom.

Recall which of the following statements is a part of Rutherford's model of the atom. Atoms cannot be divided into smaller particles.1Atoms are solid spheres.2Electrons orbit the nucleus.3

Given below are two statements :Statement I : Most of the mass of the atom and all its positive charge are concentrated in a tiny nucleus and the electrons revolve around it, is Rutherford's model.Statement II : An atom is a spherical cloud of positive charges with electrons embedded in it, is a special case of Rutherford's model.In the light of the above statements, choose the most appropriate from the options given below.Both statement I and statement II are falseStatement I is false but statement II is trueStatement I is true but statement II is falseBoth statement I and statement II are true

n the Thomson’s model of atoms, which of the following statements are correct?a) The mass of the atom is assumed to be uniformly distributed over the atom.b) The positive charges assume to be uniformly distributed over the atom.c) The electrons are uniformly distributed in the positive charge sphere.d) The electrons attract each other to stabilize the atom.(i) (a), (b) and (c) (ii) (a) and (c)(iii) (a) and (d) (iv) (a), (c) and (d)