Compare the de Broglie wavelength of an alpha particle moving at
3.40\times 10^(7)
miles per hour
(1.52\times 10^(7)(m)/(s))
to that of a baseball moving at 90.0 miles per hour (
40.2(m)/(s)
) and a proton with a speed of
1.30\times 10^(7)
miles per hour (
5.81\times 10^(6)(m)/(s)
). \table[[Particle,Mass
(kg)
,Velocity
((m)/(s))
,Wavelength,Region],[alpha particle,
6.64\times 10^(-27)
,
1.52\times 10^(7)
,,],[baseball,0.140,40.2,,ultraviolet to (
:10^(-7)(m)

Question

Compare the de Broglie wavelength of an alpha particle moving at

3.40\times 10^(7)

miles per hour

(1.52\times 10^(7)(m)/(s))

to that of a baseball moving at 90.0 miles per hour (

40.2(m)/(s)

) and a proton with a speed of

1.30\times 10^(7)

miles per hour (

5.81\times 10^(6)(m)/(s)

). \table[[Particle,Mass

(kg)

,Velocity

((m)/(s))

,Wavelength,Region],[alpha particle,

6.64\times 10^(-27)

,

1.52\times 10^(7)

,,],[baseball,0.140,40.2,,ultraviolet to (

:10^(-7)(m)

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