The radio galaxy Cygnus A possesses a lobe of plasma that is detected by both radioand X-ray observatories. The temperature of the X-ray-emitting plasma is 4 keV and thenumber density of the particles in the plasma is 4x103 m-3. Assume that the plasma iscomposed solely of completely ionized hydrogen, so the number densities of protons andelectrons per cubic meter are identical.* the given number density of particles corresponds to the number density of hydrogen nuclei, so youcan safely assume that the number density of electrons is equivalent to this number densitya) Compute the collision frequency in Hertz between electrons and ions in the plasma.b) Compute the Debye wavelength in meters of the plasma.c) Compute the plasma parameter of the plasma.

a) Collision frequency is, f=12πne2εomef=12π4×103 m-31.6×10-1928.854×10-12 C2/Nm29.1×10-31 kgf=567.4…

Answered: The radio galaxy Cygnus A possesses a…

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