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WorksheetsUnit 04 Formation of the Earth - INT SCI - WHS Mr. Brown
Total questions: 86
Worksheet time: 2hrs 0mins
How old is the Earth considered to be by scientists (based on evidence)?
3.8 BYO
3.8 MYO
11.3 BYO
4.6 BYO
13.8 BYO
Which of these terms primarily refers to the debris that formed the masses in the solar system long ago?
meteorite
meteor
planetesimal
comet
asteroid
Has any living thing ever been killed by a meteorite?
Yes
No
Has any human in recorded history ever been killed by being hit by a meteorite?
Yes
No
Where did most of the water on Earth probably come from?
The Sun
Solar Wind
Rock Vaporization
Microorganisms
Which of the following is what the least amount of kinetic energy turns into during a hammer hitting a nail.
Heat
Sound
Light
Two craters overlap each other...
It is difficult to say which was made first.
It is impossible to say which was made first.
It is relatively easy to say which was made first.
It is relatively easy to say exactly how many years ago each crater was formed.
Meteorites can hit the Earth Slowly, or as fast as...
18 MPH
180 MPH
1800 MPH
18000 MPH
Which of the following probably made Mars loose it's water? (click as many as are correct)
Solar Winds
Weaker Gravity than Earth
Weaker Magnetic Field
This is a trick question, Mars still has all the water it ever had.
The primary difference between a meteor and a meteorite is size.
True
False
Some craters on the moon are older than the moon itself.
True
False
Ceres and Pluto are not classified as planets by human scientists because...
They are not round like planets.
They are not big enough to be planets.
We hate them.
They have not cleared out debris from their orbits.
The are the wrong composition.
When the solar system was just a swirling glowing mass of dust and stuff.
Solar Nebula
Supernova
Geocentric
Gravitational Force
The Big Bang
This size meteorite is the smallest of the sizes listed that could probably destroy 99.9999% of life on Earth.
2,000 Kg
12 Miles across
300 Miles across
1000 Miles across
The size of the moon.
A way of determining the absolute age of the remains of any once living thing.
Composition
Carbon Dating
Relative Dating
Momentum
Force Reduction
Which of the following is another name for HEAT or THERMAL energy?
Sound
Visible Light
Gamma Rays
Infrared
UV
Which of the following refers to the Earth really early on in its development?
Geocentric
Heliocentric
Planetesimals
Ceres
Proto-Earth
Why can't we find surface rocks as old as the Earth itself?
The rock cycle
Planetesimals
Gravity
Inertia
Momentum
Click on any of the following reasons that explain why Barringer did not find his meteorite?
It was too deep.
It contained too much metal.
It was probably way smaller than he predicted it would be.
He had a heart attack of the first day of digging.
It wasn't a meteorite crater, it was volcanic.
Which of the following is the best title for the lab report?
We predict the crater size based on ball weight.
Lab Report: by Michael Simmons 2/24/21 P4, L2
The Effect of the IV on Crater Diameter
The Crater Lab:
The Effect of Projectile Mass on Resulting Crater Diameter
In an experiment the IV should also be your first constant.
True
False
In a conclusion, you should include all your thoughts and feelings about the lab.
True
False
In a proper conclusion, you should...
(pick all that apply)
Analyse and evaluate the data.
Refer back to specific data (numbers).
Mention possible sources of error.
Refer back to the hypothesis.
Specifically use the word(s) support or reject in some way.
Only two people (Rob and Sharon) live on an island. One person has no cats. If Rob has 2 cats, how many cats does Sharon have?
More
Less
0
1
2
Which of the following would be the worst DV for the Crater lab?
Mass of the Projectile
Crater Diameter
Ray Length
Crater Depth
Height of debris ejected during collision.
Data obtained dropping projectiles from different heights would probably best be displayed using a...
Pie Graph
Bar Graph
Line Graph
Interim Graph
Modal Graph
Earth has pretty much always been the same since its formation.
True
False
What happens to the KE of a fast moving asteroid after it hits a larger planetoid?
The KE turns to light. (the explosion)
The KE turns to heat
The KE deforms both objects
All of the above
What prefix means "early" or "primitive version"?
dumb
inferior
proto
sub
Where did the water for the oceans and gases for the atmosphere of Earth come from?
from the sun
from living creatures
were released with each destroyed planetesimal
no one knows
The Law of Conservation of Matter and Energy...
F=ma
E=mc2
Matter and energy can't be created out of nothing or destroyed and disappear, it changes forms from one thing to another
An object at rest stays at rest; an object in motion stays in motion
Why was Earth a good place for life to evolve?
Water exists in all three states all over the world.
Good amounts of solar energy. Not too much, not too little.
Good chemistry, all the basic materials for life are available.
A magnetic force field that helps block bad radiation from space, and helps protect from solar winds.
All of the above
Meteorites contain tiny amounts of water.
true
false
The Earth has enough gravity to hold onto a protective atmosphere.
True
False
The moon most likely was...
Another planetoid caught in the Earth's gravity.
What was thrown up in space after a giant collision of a planetoid with the Earth.
An abandoned alien ship.
A burnt out star.
The Earth had more craters than the moon as it was hit many more times in it's formation. Why don't we see all the craters?
The rock cycle has recycled the crust.
Weather has eroded, filled in, and destroyed a lot of them.
The oceans, and forests, etc, cover over them.
All of the above.
It is difficult to explain the formation of Earth because:
it occurred quickly
there were no human observers
it happened recently
animals were present
As recently as 200 years ago, most scientists hypothesized Earth to be how old?
several billion years
a few years
20 billion years
several thousand years
What do we call a cloud of gas, dust, and matter that is floating in space?
planet
asteroid
nebula
atmosphere
The nebular theory explains the formation of:
our sun and planets in our solar system
our galaxy
our universe
all the stars in the sky
What is believed to have happened to a nearby star, setting in motion the formation of the solar system out of a nebula?
star froze
star exploded into a supernova
star split in two
star became a planet eater and roamed the universe
Which was created first?
Sun
Earth
Theia
Moon
The moon probably formed when...
A piece of the Earth broke off due to it's fast rotation
A Mars-sized object called Theia rammed into the Earth
Earth captured the moon gravitationally as it attempted to pass by.
the molten bubble of the Earth budded.
What do the outer planets have in common?
They are much larger than Earth and are made mainly of Hydrogen and Helium
The are about the same size as Earth and are mostly made of Hydrogen and Helium
They are must larger than Earth and are mainly made of iron
They are the same size as Earth and are mainly made of iron
As meteorites (planetesimals, planetoids, etc...) explode on impact...
small amounts of vapor and gasses are released
the materials that made them disappears
materials on both the meteorite and the object being struck disappear
KE changes into PE
Proto Earth
The Sun
Jupiter
Modern Earth
Alderan
For the oceans and atmosphere to farm on the young Earth, it needed to...
heat up
cool down
get older
to be "baked" by the sun
Which is the correct order of the major objects in the solar system from the sun outward?
sun, inner planets, asteroid belt, outer planets, pluto-like planetoids, oort cloud
sun, inner planets, outer planets,
sun, inner planets, oort cloud, asteroid belt, outer planets
sun, oort cloud, planets, asteroids, pluto-like planetoids
The process that the ancient planetesimals crashed together and formed larger objects like Earth.
Raioactive Dating
Accretion
Nebula
Simple Cells
As young ProtoEarth was just starting to cool down, one giant planetesimal hit it and turned the Earth almost inside out. The "guts" and ejecta from the collision eventually settled down again to form the Earth and the moon going around it. What was the name of the giant thing that struck the young Earth?
Theia
Chronos
Oort Cloud
Barringer
Nebula
Everytime the molten young Earth was hit by any of the billions of planetesimal meteorites...
A little more rock or metal, and a tiny bit of water and gasses were released and added.
The KE of the collision turned to heat, which kept that young planet hot.
Dinosaurs clapped. They liked it. It was like a show.
Part of Earth was destroyed and the planet would get lighter and smaller.
The Earth would send those meteorites rebounding back into space.
Which is (or are) true?
All asteroids contain large quantities of ice.
Planetoids are asteroids that are so big they take on a roundish shape.
Meteorites actually hit the surface of a planet.
Most meteorites are stony or metallic (or a combination of the two).
Meteorites are not worth anything.
Which of the following are why pluto is not considered a planet anymore?
(Kuiper Belt = real name for the nickname "Plutoid Belt")
Telescopes are better and we can see that pluto is just one thing in a huge "belt" of stuff.
It hasn't cleared out its orbit of debris.
Astronomers decided that it was "dumb".
Its not there anymore... sadly it was destroyed.
This is a diagram of the Oort Cloud. Pick those that are true.
It is the edge of our solar system.
It is solid.
It is made out of trillions of spaced apart comet like chunks.
It keeps the planets from flying off into space.
It's named for Jan Oort, the Dutch astronomer who predicted its existence in the 1950s.
Which of the following is NOT a condition necessary for life to exist and develop on Earth?
Water is available in all three phases.
Planet is big enough for gravity to hold on to atmosphere.
Had inorganic raw materials in sufficient quantities and proportions.
Has a steady flow of energy from the sun.
Land is dividable into 195 Countries.
Most elements do not change.
False- All elements change
True
Some elements can decay over time.
true
false- all elements
The rate of decay of any radioactive element changes frequently.
false- it never changes
true
Radioactive elements occur naturally in sedimentary rocks.
false- igneous rocks
true
Geologist use radioactive dating to determine the absolute age of rocks.
true
false- relative age
All plants and animals contain carbon.
true
false- no plants and animals contain carbon
An element that has broken down and released particles and energy is said to be __________________.
radioactive
igneous
half-life
sad
_________________ is a method of determining the absolute ages of rocks.
Radioactive dating
Radioactive decay
Relative age
Counting the rings of a rock
________________ is the time it takes for half of the radioactive atoms in an element to decay.
Half-life
Radiation
Relative age
Full-life
During _________________, the atoms of one element break down to form atoms of another element.
radioactive decay
relative dating
absolute age
tooth decay
According to the graph, what is the half-life of this isotope?
Using ESRT (A) [Radioactive Decay Data], what is the half-life in standard notation of Carbon-14?
5.7 years
570 years
5,700 years
5,700,000 years
What would be the best isotope to use to try and determine the age of a Woolly Mammoth estimated to be around 28,000 years old?
Carbon-14 with a half life of 5,700 years
Uranium-238 with a half life of 4,500,000,000 years
Neither would work.
Radioactive Dating doesn't work either way.
Who is most likely in this picture?
Mr. and Mrs. Barringer
Mr. and Mrs. Oort
Mr. and Mrs. Theia
Mr. and Mrs. Hodges
Why is Wethersfield Famous in the world of Astronomy?
Mr. Brown's Podcast
Kevin the Turkey
Two houses hit by Meteorites
Aliens first landed here in 1677.
Was the first place from which George Washington saw the full moon.
