1. In the life cycle of a star, which mass(es) begin as a Nebula? 2. Which mass(es) end as a black hole?_ 3. The fuel for all stars is what gas? 4. What happens that initiates the birth of a star? 5. Explain what happens in nuclear fusion?z

Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
Section: Chapter Questions
Problem 1LR
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1. In the life cycle of a star, which mass(es) begin as a Nebula?
2. Which mass(es) end as a black hole?
3. The fuel for all stars is what gas?
4. What happens that initiates the birth of a star?
5. Explain what happens in nuclear fusion?z
Transcribed Image Text:1. In the life cycle of a star, which mass(es) begin as a Nebula? 2. Which mass(es) end as a black hole? 3. The fuel for all stars is what gas? 4. What happens that initiates the birth of a star? 5. Explain what happens in nuclear fusion?z
Star of greater mass
expands, cools,
and turns red
Star shines
as nuclear
reactions
NEBULA inside produce
light and heat
Supergiant explodes,
blasting away outer layers
MAIN-
SEQUENCE
STAR
SUPERGIANT
Outer
layers of gas
puff off
SUPERNOVA
Hot core
will be
exposed
as white
dwarf
Core collapses
and becomes
very dense
RED
GIANT
PLANETARY
NEBULA
WHITE
DWARF
Dense region
in nebula begins to
shrink, warm up,
Star of less mass
expands and glows
red as it cools
and become a protostar
1. In the life cycle of a star, which mass(es) begin as a Nebula?
2. Which mass(es) end as a black hole?_
Star cools
and reddens
NEUTRON STAR
Core collapses
completely and
vanishes
BLACK HOLE
Star stops
glowing
WHITE
DWARF
COOLING
BLACK
DWARF
Transcribed Image Text:Star of greater mass expands, cools, and turns red Star shines as nuclear reactions NEBULA inside produce light and heat Supergiant explodes, blasting away outer layers MAIN- SEQUENCE STAR SUPERGIANT Outer layers of gas puff off SUPERNOVA Hot core will be exposed as white dwarf Core collapses and becomes very dense RED GIANT PLANETARY NEBULA WHITE DWARF Dense region in nebula begins to shrink, warm up, Star of less mass expands and glows red as it cools and become a protostar 1. In the life cycle of a star, which mass(es) begin as a Nebula? 2. Which mass(es) end as a black hole?_ Star cools and reddens NEUTRON STAR Core collapses completely and vanishes BLACK HOLE Star stops glowing WHITE DWARF COOLING BLACK DWARF
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