A particle -x- moving with a certai velocity has deBroglie wavelength of 1 A - If particle -y- has mass 25 - that of - x - and velocity 75 - that of - x - deBroglie wavelength of y will beA- 3 A0B- 5-33 A 0C- 6-88 A 0D- 4-8 A 0

The correct option is B 5.33 A0 λ=h/mv I=h/m_1v_1 For y m_2=m_1/4 v_2=v_1× 3/4 →λ = h/m_1/4v_1× 3/4 16/3×h/m_1V_1=5.33 A ...

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Byju's Answer

Standard XII

Chemistry

1900's Physics and Wave

A particle 'x...

Question

A particle `x' moving with a certai velocity has deBroglie wavelength of $1 A^{\circ}$ . If particle `y' has mass 25% that of `x' and velocity 75% that of `x', deBroglie wavelength of y will be

3A⁰

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5.33 A⁰

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6.88 A⁰

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4.8 A⁰

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Solution

The correct option is B
5.33 A⁰

$λ = \frac{h}{m v}$

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A particle `x' moving with a certai velocity has deBroglie wavelength of 1A∘. If particle `y' has mass 25% that of `x' and velocity 75% that of `x', deBroglie wavelength of y will be

The correct option is B 5.33 A0 λ=hmv

A particle `x' moving with a certai velocity has deBroglie wavelength of $1 A^{\circ}$ . If particle `y' has mass 25% that of `x' and velocity 75% that of `x', deBroglie wavelength of y will be

The correct option is B
5.33 A⁰

$λ = \frac{h}{m v}$