Trajectroy of an α-particle in Geiger-Marsden experiment is explained by using I. Coulomb's law II. Newton's law III. Gauss's law IV. Faraday's law.

Question

Trajectroy of an α-particle in Geiger-Marsden experiment is explained by using I. Coulomb's law II. Newton's law III. Gauss's law IV. Faraday's law. (A) I and II (B) I and III (C) I and IV (D) I, II and IV

Tardigrade Admin · Accepted Answer

Trajectory of α-particle can be experienced by using Coulomb's law and Newton's II text nd law of motion.

Q. Trajectroy of an $α$ -particle in Geiger-Marsden experiment is explained by using
I. Coulomb's law
II. Newton's law
III. Gauss's law
IV. Faraday's law.

I and II

I and III

I and IV

I, II and IV

Trajectory of $α$ -particle can be experienced by using Coulomb's law and Newton's II $^{nd}$ law of motion.

Q. Trajectroy of an α-particle in Geiger-Marsden experiment is explained by using I. Coulomb's law II. Newton's law III. Gauss's law IV. Faraday's law.