Chapter 44: Q1P (page 1363)
A positively charged pion decays by Eq. 44-7 :
What must be the decay scheme of the negatively charged pion?
(Hint:The is the antiparticle of the )
Short Answer
The decay schemeof the negatively charged pion is.
Chapter 44: Q1P (page 1363)
A positively charged pion decays by Eq. 44-7 :
What must be the decay scheme of the negatively charged pion?
(Hint:The is the antiparticle of the )
The decay schemeof the negatively charged pion is.
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Get started for freeThere are baryons with spin .Their symbols and quantum numbers for charge and strangeness are as follows:
q | S | q | S | ||
-1 | 0 | 0 | -1 | ||
0 | 0 | +1 | -1 | ||
+1 | 0 | -1 | -2 | ||
+2 | 0 | 0 | -2 | ||
-1 | -1 | -1 | -3 |
Make a charge–strangeness plot for these baryons, using the sloping coordinate system of Fig. 44-3. Compare your plot with this figure.
Which conservation law is violated in each of these proposed decays? Assume that the initial particle is stationary and the decay products have zero orbital angular momentum.
(a); (b);(c)
The spin- baryon(see table in Problem 24) has a rest energy of (with an intrinsic uncertainty ignored here); the spin- baryonhas a rest energyof.If each of these particles has a kinetic energy of ,
(a) which is moving faster and
(b) by how much?
The wavelength at which a thermal radiator at temperature radiates electromagnetic waves most intensely is given by Wien’slaw:localid="1663130298382" (a) Show that the energyof a photon corresponding to that wavelength can be computed from
(b) At what minimum temperature can this photon create an electron-positron pair(as discussed in Module 21-3)?
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