356366 Trajectory of an \(\alpha - \) particle in Geiger-Marsden experiment is explained by using
I.
Coulomb’s law II. Newton’s law
III.
Gauss’ law IV. Faraday’s law
Choose the correct option from the codes given below.

356367 In alpha particle scattering experiment, if \({v}\) is the initial velocity of the particle, then the distance of closest approach is \({d}\). If the velocity is doubled, then the distance of closest approach becomes

356368 The observations of Geiger-Marsden experiment are
I.
Many of \(\alpha - \) particles pass straight through the gold foil
II.
Only about \(0.1\% \) of \(\alpha \) particles scatter by more than \(1^\circ \)
III.
About 1 in 8000 of \(\alpha - \) particles is deflected more than \(90^\circ \)
IV.
Very few \(\alpha - \) particles are reflected back
Choose the correct option from the codes given below.

356369 When an \(\alpha\)-particle happens to come near a nucleus the intense electric field of these scatters it through a large angle then what is the effect of atomic electrons on \(\alpha\)-particle?

356366 Trajectory of an \(\alpha - \) particle in Geiger-Marsden experiment is explained by using
I.
Coulomb’s law II. Newton’s law
III.
Gauss’ law IV. Faraday’s law
Choose the correct option from the codes given below.

356367 In alpha particle scattering experiment, if \({v}\) is the initial velocity of the particle, then the distance of closest approach is \({d}\). If the velocity is doubled, then the distance of closest approach becomes

356368 The observations of Geiger-Marsden experiment are
I.
Many of \(\alpha - \) particles pass straight through the gold foil
II.
Only about \(0.1\% \) of \(\alpha \) particles scatter by more than \(1^\circ \)
III.
About 1 in 8000 of \(\alpha - \) particles is deflected more than \(90^\circ \)
IV.
Very few \(\alpha - \) particles are reflected back
Choose the correct option from the codes given below.

356369 When an \(\alpha\)-particle happens to come near a nucleus the intense electric field of these scatters it through a large angle then what is the effect of atomic electrons on \(\alpha\)-particle?

356366 Trajectory of an \(\alpha - \) particle in Geiger-Marsden experiment is explained by using
I.
Coulomb’s law II. Newton’s law
III.
Gauss’ law IV. Faraday’s law
Choose the correct option from the codes given below.

356367 In alpha particle scattering experiment, if \({v}\) is the initial velocity of the particle, then the distance of closest approach is \({d}\). If the velocity is doubled, then the distance of closest approach becomes

356368 The observations of Geiger-Marsden experiment are
I.
Many of \(\alpha - \) particles pass straight through the gold foil
II.
Only about \(0.1\% \) of \(\alpha \) particles scatter by more than \(1^\circ \)
III.
About 1 in 8000 of \(\alpha - \) particles is deflected more than \(90^\circ \)
IV.
Very few \(\alpha - \) particles are reflected back
Choose the correct option from the codes given below.

356369 When an \(\alpha\)-particle happens to come near a nucleus the intense electric field of these scatters it through a large angle then what is the effect of atomic electrons on \(\alpha\)-particle?

356366 Trajectory of an \(\alpha - \) particle in Geiger-Marsden experiment is explained by using
I.
Coulomb’s law II. Newton’s law
III.
Gauss’ law IV. Faraday’s law
Choose the correct option from the codes given below.

356367 In alpha particle scattering experiment, if \({v}\) is the initial velocity of the particle, then the distance of closest approach is \({d}\). If the velocity is doubled, then the distance of closest approach becomes

356368 The observations of Geiger-Marsden experiment are
I.
Many of \(\alpha - \) particles pass straight through the gold foil
II.
Only about \(0.1\% \) of \(\alpha \) particles scatter by more than \(1^\circ \)
III.
About 1 in 8000 of \(\alpha - \) particles is deflected more than \(90^\circ \)
IV.
Very few \(\alpha - \) particles are reflected back
Choose the correct option from the codes given below.

356369 When an \(\alpha\)-particle happens to come near a nucleus the intense electric field of these scatters it through a large angle then what is the effect of atomic electrons on \(\alpha\)-particle?