Find the wavelength associated with Virar-f local train having mass 100x10^3 kg moving with the speed of 23.76 km/hr. ( plank’s constant= 6.6x 10^-34 Js)

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Arun · Answer

Dear student

According to De Broglie proinciple
wavelength = h/P , where P = m × V
M= mass,
V = velocity = 23.76 km/hr
V = 23.76× 1000/3600 m/s
V= 6.6 m/s
wavelength =(6.6 × 10-34)/ (100 ×103)×6.6
wavelength = 1 ×10-39 m

wavelength = 10-29 A°

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Arun (askIITians forum expert)

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Find the wavelength associated with Virar-f local train having mass 100x10^3 kg moving with the speed of 23.76 km/hr. ( plank’s constant= 6.6x 10^-34 Js)

Find the wavelength associated with Virar-f local train having mass 100x10^3 kg moving with the speed of 23.76 km/hr. ( plank’s constant= 6.6x 10^-34 Js)

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Find the wavelength associated with Virar-f local train having mass 100x10^3 kg moving with the speed of 23.76 km/hr. ( plank’s constant= 6.6x 10^-34 Js)

Find the wavelength associated with Virar-f local train having mass 100x10^3 kg moving with the speed of 23.76 km/hr. ( plank’s constant= 6.6x 10^-34 Js)

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