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Chapter 24
Concept 3 Quiz
Concept 3 Quiz
List several possibilities describing stellar evolution including the life and death of stars.
This activity contains 10 questions.
During the process referred to as hydrogen burning, hydrogen nuclei in the core of a star are fused together and become ____________ nuclei.
argon
oxygen
carbon
nitrogen
helium
A hot, massive blue star will age more slowly than a small (red) main-sequence star.
True
False
A stable main-sequence star is balanced between the force of gravity and gas pressure.
True
False
Consider the life of a medium-mass star.
This question presents 4 items numbered 4.1 through 4.4. Each item is presented with a pulldown menu containing the letters A through D.
For each item below, use the pull-down menu to select the letter that labels the correct part of the image.
4.1 Red giant
[hint]
A
B
C
D
4.2 Main-sequence star
[hint]
A
B
C
D
4.3 White dwarf
[hint]
A
B
C
D
4.4 Nebula
[hint]
A
B
C
D
Massive stars (large-mass stars) will probably experience a supernova if their mass exceeds ________ solar masses.
2
1
.5
3
all of the above
Objects smaller and denser than even neutron stars have been identified and labeled
variables
black holes
X-rays
white dwarfs
galaxies
The nearest planetary nebula to our solar system is
Helix Nebula
Large Magellanic Cloud
Taurus
Veil Nebula
Crab Nebula
Choose the best answer to correctly match all the stars with the relevant stellar stage.
A matching question presents 3 answer choices and 3 items. The answer choices are lettered A through C. The items are numbered 8.1 through 8.3. Screen readers will read the answer choices first. Then each item will be presented along with a select menu for choosing an answer choice.
Using the pull-down menus, match each item in the left column to the corresponding item in the right column.
supernova to neutron star or black hole
planetary nebula to white dwarf
white dwarf
8.1 low-mass stars
[hint]
A
B
C
8.2 medium-mass stars
[hint]
A
B
C
8.3 massive stars
[hint]
A
B
C
The final stage of a low-mass star is to form a neutron star.
True
False
A protostar burns helium fuel to generate nuclear reactions.
True
False
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