cribme.comcribme.com/cu/data/chemistry/physical chemistry... · = 1.078 x 106 m s-l a cording to...

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Page 1: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 2: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 3: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 4: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 5: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 6: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 7: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus
Page 8: cribme.comcribme.com/cu/data/Chemistry/Physical Chemistry... · = 1.078 X 106 m s-l A cording to the de Broglie equation, Eq. 11.56, p = WI, and the kinetic energy Ek is p2/2m. Thus