The two lines marked A and B in Fig.2.96 show a plot of de-Broglie wavelength `(lambda)` as a function of `1//sqrtV` (V is the acceleratijng potential)j for two nuclei `_1H^2` and `_1H^3`.
Identify,which lines correspond to these nuclei?
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The two lines marked A and B in Fig.2.96 show a plot of de-Broglie wavelength (lambda) as a function of 1//sqrtV (V is the acceleratijng potential)j for two nuclei _1H^2 and _1H^3 . What does the slope of the lines represent? .

The two lines A nad B in Fig.2.06 show the plot of de-Broglie wavelength (lambda) as a function of 1//sqtV ( is the accelertaing potential ) for two particles having the same charge.Which of the two represents the particle sof heavier mass? .

Show that the de-Broglie wavelength lambda of electrons of energy E is givne by the relation: lambda= h /(sqrt(2 m E)) .

What will be the ratio of the radii of two nuclei of mass number A_1 and A_2 ?

Two particles A_1 and A_2 of masses m_1 , m_2(m_1>m_2) have the same de-Broglie wavelength then

Plot a graph showing variation of de-Broglie wavelength (lambda) associated with a charged particle of mass m, versus 1/sqrtV , where particle is accelerated. How does this graph give us the information regarding the magnitude of the charge of the particle?

For two particles A and B, curves are plotted sqrtV against de-Broglie wavelengths, where V is the potential on the particles. Which of the following relation is correct about the mass of particles?

Two nuclei have mass number in the ratio of 1:2, what is the ratio of their nuclear densities?

The figure VSAQ 29 shows a plot of three curves a,b,c, showing the variation of photocurrent in collector plate potential for three different intensities I_1 , I_2 and I_3 having frequencies v_1 , v_2 and v_3 respectively incident on a photosensitive surface. Point out the two curves for which the incident raidations have the same frequency but different intensities.

In the Rydberg equation , a spectral line corresponds to n1 = 3 and n2 = 5. Calculate the wavelength and frequency of this spectral line .