A) nebula B) pulsar C) galaxy D) cluster
A) poor cluster B) rich cluster C) tiny cluster D) really big cluster
A) poor cluster B) introverted cluster C) rich cluster D) really small cluster
A) irregular B) elliptical C) normal D) spiral
A) irregular B) elliptical C) normal D) spiral
A) elliptical B) irregular C) normal D) spiral
A) star clusters B) quasars C) gas clouds D) Doppler radiation
A) irregular B) elliptical C) barred spiral D) dwarf elliptical
A) green B) blue C) yellow D) red
A) green B) blue C) red D) yellow
A) a star system with more than two stars B) two stars that orbit each other C) an open cluster of stars that are close to one another D) a group of stars that appear to form a pattern
A) as a source of light moves, its wavelength changes B) the universe is actually contracting C) the universe is expanding in all directions at the same speed D) light from older stars undergoes a red shift
A) supernova B) spiral expansion C) big bang D) cosmic initiation
A) weak nuclear force B) bottom quark C) quantum baryons D) gluon's
A) heavier B) larger C) hydrogen D) lighter
A) background radiation B) foreground ultraviolet C) Doppler redshift D) infrared radiation
A) friction B) gravity C) inertia D) forces
A) they occur in equal numbers B) irregular C) spiral D) elliptical
A) elements B) gases C) vapors D) dust
A) has more than 500 billion stars B) is a spiral galaxy C) is 100,000 light years across D) is a member of the Local Group
A) black hole B) neutron star C) super giant D) supernova
A) are the same temperature B) were formed at the same time C) are solid like planets D) produce some sort of energy
A) time B) speed C) distance D) wavelength fluctuations
A) spiral B) irregular C) elliptical D) None of them spin.
A) They are all the same size. B) elliptical C) spiral D) irregular |