Name:Section:1. Draw and label the life cycle of a high-mass star with the two different outcomes. Be sure to use the following labels: Nebula, Black Hole, Supernova, Neutron Star, Main Sequence, Super Giant and Nebula.2. Describe how a star is born.3. Explain how the life cycles of a low-mass star differ from the life cycle of a high-mass star.Extra Credit: Since no form of radiation can ever get out of a black hole, how can astronomers detect where black holes are? (answer on back of sheet)Name:Section:1. Describe how a star is born.2. Complete the Flow Chart that shows the life cycle of a low-mass star. The first step is done for you.Stars form inside a cloud of gas and dust called a nebula3. True or False?a. ___ Neutron Stars are stars that have run out of fuel.b. ___ Stars with more mass last longer than stars with less mass.c. ___ All stars end up as white dwarfs.Extra Credit: How do astronomers think the sun may have begun? (answer on back of sheet)
4.2 Star Lesson Homework
4.2 Star Lesson Homework

4.2 Star Lesson Homework

  • 1.
    Name:Section:1. Draw andlabel the life cycle of a high-mass star with the two different outcomes. Be sure to use the following labels: Nebula, Black Hole, Supernova, Neutron Star, Main Sequence, Super Giant and Nebula.2. Describe how a star is born.3. Explain how the life cycles of a low-mass star differ from the life cycle of a high-mass star.Extra Credit: Since no form of radiation can ever get out of a black hole, how can astronomers detect where black holes are? (answer on back of sheet)Name:Section:1. Describe how a star is born.2. Complete the Flow Chart that shows the life cycle of a low-mass star. The first step is done for you.Stars form inside a cloud of gas and dust called a nebula3. True or False?a. ___ Neutron Stars are stars that have run out of fuel.b. ___ Stars with more mass last longer than stars with less mass.c. ___ All stars end up as white dwarfs.Extra Credit: How do astronomers think the sun may have begun? (answer on back of sheet)