Question

which model of atom is able to overcome the limitation of Rutherford scattering experiment?​

Answer 1

Explanation:

The ball is dropped from a point A at a height h above the surface. Thus during the entire motion, let the time taken by the ball to move move from A to B be t¹ from B to C and C to B be t ² , from C to D be t³ , from D to C be t ⁴ , and from B to A be t5

$\textsf{Let T be the time period of the complete motion. }$

$\textsf{Now for the motion A to B; h=0+ [tex]\drac{1}{2}$g(t¹) ²}[/tex]

$\textsf{⟹t ¹ = [tex]\drac{√2h}{g}$}[/tex]

$\textsf{Similarly , [tex]t ³$= $t ⁴$= $t 5$= $t ¹$ = $\drac{√2h}{g}$}[/tex]

$\textsf{As the time period of the particle executing SHM inside the tunnel is given by t=2π [tex]\drac{√Re}{g}$}[/tex]

$\textsf{Thus the time period of the motion of the ball inside the tunnel i.e B to C and C to B, [tex]t ²$ =2π $\drac{√R}{g}$}[/tex]

$\textsf{Now the total time period of the motion T= [tex]t ¹$+ $t²$+ $t³+[tex]t⁴$+ $t5$}[/tex]

$\textsf{==> T = 2π [tex]\drac{√R}{g}$ + 4 $\drac{√2h}{g}$}[/tex]

Answer 2

Answer:

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