p
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Re: p
P represents momentum, which can be calculated by multiplying mass and velocity. The unit for mass is kg, and the unit for velocity is m/s.
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Re: p
To answer the second part of your question, De Broglie said that this equation works for any particle with momentum and measurable mass, but the wave-like properties of objects with large mass is extremely small and often undetectable. This equation is very helpful for finding the wavelength or velocity for particles.
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Re: p
p is momentum which is (mass)(velocity). Some main equations you should know are p=mv, λ=h/p, and therefore λ=h/mv.
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Re: p
p=(mass)(velocity), as others have said. Because of mass, you can only use the deBroglie Equation for things that have mass. Therefore, it can't be used for photons since light doesn't have mass, but you can use it for other subatomic particles. So you will use deBroglie if a problem is asking for the wavelength of a particle, or if the wavelength is given and the velocity is being asked for.
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Re: p
P is simply the variable we use to represent momentum! It can be broken down as mass*velocity.
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Re: p
P represent momentum! The equation to find momentum is p=(mass)(velocity).Also remember to convert to SI units!
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Re: p
P represents the momentum of an object. It is calculated by multiplying the mass by the velocity. You should only be applied when an object has those two factors.
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Re: p
p is momentum, which is given by the multiplication of m and v, mass and velocity, respectively.
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Re: p
p stands for momentum
p=mv
where m=mass and v=velocity
in Heisenberg uncertainty problems you will sometimes have p
p=mv
p=mv
where m=mass and v=velocity
in Heisenberg uncertainty problems you will sometimes have p
p=mv
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Re: p
Hi! P stands for the momentum of the particle. The momentum of the particle can be calculated by the mass multiplied by the mass of the particle multiplied by the velocity (speed of the particle). On the equation sheet, the De Broglie equation is given as λ = h/p. The p equation is also given on the equation sheet as p=mv. The De Broglie equation can be rewritten as λ = h/(mv).
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Re: p
p stands for momentum and can be used in the de broglie wave length equation and heisenberg's uncertainty principle.
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