A protostellar cloud starts as a sphere of radius R=4000 AU…
A protostellar cloud starts as a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?
A protostellar cloud starts as a sphere of radius R=4000 AU…
Questions
A prоtоstellаr clоud stаrts аs a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?
A prоtоstellаr clоud stаrts аs a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?
A prоtоstellаr clоud stаrts аs a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?
A prоtоstellаr clоud stаrts аs a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?
A prоtоstellаr clоud stаrts аs a sphere of radius R=4000 AU and temperature T=15K. A) If it emits blackbody radiation, what is its total luminosity? B) What is the wavelength at which it emits most radiation?