Why do scientists use meteorites to learn about Nebular Theory?

Planets and meteorites were formed at the same time, from the same nebula.

Forces that hold large planets and moons in orbit

Gravitational Force and Inertia

Three requirements for life...

Liquid Medium, Energy Source, Raw Materials (atoms)

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OUR SOLAR SYSTEM QUIZ

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MRS. PETERSEN EARTH SCIENCE TEST 2 REVIEW

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Questions 18

Answers

1
Where did elements 1-3 come from? Hydrogen, Helium, and Lithium
Super Nova
Big Bang
Nova
Fusion in low mass stars
2
Why do scientists use meteorites to learn about Nebular Theory?
The meteorites have evidence of aliens from other planets.
Planets and meteorites were formed at the same time, from the same nebula.
All meteorites are as round in shape as Earth and the other planets.
The meteorites were formed 1 billion years after our planets.
3
The theory that describes how our Solar System formed
Solar System Theory
Big Bang Theory
Nebular Theory
Planetary Nebular Theory
4
Where did Elements 27-92 come from?
Fusion in low mass stars
Big Bang
Super Nova
Nova
5
Forces that hold large planets and moons in orbit
Big Bang Force and Gravity
Electrostatic Force and Inertia
Gravitational Force and Inertia
Nuclear Force and Gravity
6
The process of combining two or more atoms to create heavier elements
Nova
Fision
Fusion
Super-Nova
7
Which is bigger?
Milky way galaxy
Low Mass star
Solar System
High Mass star
8
Where did elements 4-26 come from?
Fusion in low mass stars
Big Bang
Super Nova
Nova
9
Three requirements for life...
Energy source, water, Raw Materials
Raw Materials (atoms), Chemical Energy, Liquid medium
Liquid Medium, Energy Source, Raw Materials (atoms)
Sunlight, Raw Materials (atoms), water
10
Which of the following create a Habitable Zone (Goldilocks Zone) in a Solar System?
The planet’s moving continents
Oxygen in the atmosphere
The planet’s magnetic field
The distance from the star/sun
11
Cloud of gas and dust (in outer space)
Blackhole
Proto-Star
Large Star
Nebula
12
What size of Star is our Sun?
Low/Medium Mass
High Mass
Super Nova
Main Sequence
13
4.56 billion year old rocks from space; left over from the formation of the Solar System
Igneous Rock
Metamorphic
Moon Rock
Meteorite
14
Where is 7 in the star cycle?
Super Red Giant
Main Sequence
Proto-star
Red Giant
15
Process when a large, unstable nucleus releases part of its nucleus to become more stable
Fusion
Isotope Dating
Radioactive Decay
Nebular Theory
16
Large, gaseous, less dense planet; far from the Sun
Inner Planets
Plutonian Planets
Outer Planets
Jovian Planets
17
Where is 5 in the star life cycle?
Black Dwarf
Neutron star
White Dwarf
Super Nova
18
Small, rocky, dense planet; close to the Sun
Outer Planets
Jovian Planets
Inner Planets
Plutonian Planets

OUR SOLAR SYSTEM QUIZ Flashcards | StudBud