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This is Granitic Gneiss. It started to form 2.6 billion years ago, making it the metamorphic rock it is today

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The Appalachians indicate numerous events, such as collisions and more.

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Since our planet was created 4.6 billion years ago, rocks have been continually forming and, over time, changing from one kind to another. Every rock preserves part of this ancient and ongoing story.

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Water and its different forms weather multiple rocks.

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"The Colorado River has eroded through the blanket"

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Wind-blown grains of sand shaped and polished this rock.

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These panels show examples of how different sorts of rocks indicate different sorts of events.

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Wind and water alike weather and erode rocks.

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A continent called Avalon approached North America 420 minion years ago. The ocean floor was consumed

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This shows have size meters have improved our understanding o science

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The seismograph has led to our better understanding of all the different ways that earthquakes affect us.

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New technology to measure earthquakes and their intensity+energy

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Seismology allows for the seismic waves to be seen. It shows the way that the waves move. There are two types, which are P and S. Seismology allowed for Earth Science to become more complex. It allows for the wave patterns to be shown.

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Diamonds are a mineral that can be found in the oldest parts of our continent and can be used for jewelry

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Faults are an example of earth movement which causes erosion

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Because of technology we can find ans tract faults and their movements

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This rock was possible weathered forming its surface

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The entire back wall is one big timeline, therefore giving everyone a picture of the large geologic timescale.

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Scientist have used the different ages of rocks as evidence about the past

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Ironstone is created by bodies of water becuase it is a a sedemintary rock. It gets its weird shape from erosion.

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Rocks from space show evidence of the tumultuous history of our past and today’s solar system.

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The chondrite rock is from a meteorite. When the meteorite crashed, the rock broke off. It became preserved. This allows for us to us it as evidence of the past.

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Jewlery to look pretty on people and showcase wealth!

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Advancements in technology have helped us understand movements of earthquakes

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The colors and textures of these rocks show what the pressure was years ago.

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The innovation of sea floor drilling has allowed to collect samples of subterraneous rocks, allowing us to better understand what’s underneath the sea floor

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This is mechanical abrasion weathering because it is one force hitting another which makes them change their appearance.

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Diamonds follow all of the necessary requirements of a mineral

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Breccia becomes eroded and weathered as it travels long distances. The longer it travels the rounder it becomes.

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These pictures of North America over time show how the world has changed over the geologic time scale. A specific example would be Pangea

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The diamonds are present in other rocks, make jewelery, and is used, in this example, to make an atomic structure

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The rocks that our solar system possess have been moving, changing, and interacting for 1,000s of years.

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During the Cretaceous and tertiary period dinosaurs became extinct due to a faint meteorite.

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Diamonds are used to make jewelry.

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Calcite can form crystals suitable for cutting into gems.

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This picture shows what rocks are used to make major land marks in the us, India, and Egypt.

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Granite, an intrusive [??] igneous rock, forms naturally from magma, is solid, has a definite chemical composition, and is inorganic.

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During earths 100 million years layers began to form

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We use this basalt to study, as basic as it is, it is true.

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Diamonds can be used in neclaces and rings.

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The smelting por furthered the economic value of metals. It also helped scientists study them

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A diamond is a mineral because it can be created naturally. Also because it has an inorganic composition.

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Iron is a metallic element that isn’t also considered a mineral because of its metallic nature.

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Dimonds are being used to make bracelet

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These rocks show clues to the extinction of dinosaurs and how it may have happened.

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Collisions of meteoroids impacts the environment, ecostems, and the planets of the solar systems.

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The clay layer left from the asteroid impact that killed the dinosaurs gives clues about past conditions

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This mineral is from the moon and because there is not weathering to turn this into conglomerate it remains breccia.

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Garnet is used in jewelery and is extremely durable

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There is a specific atomic structure

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Calcite: Inorganic, solid, chemical compound, and naturally formed.

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“Some are actual pieces of the original matter from which the plates were assembled”

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This is a mineral because it’s pure iron and nothing else.

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4.6 billion years ago, our solar system began

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The evidence of ancient stardust alone can be helpful in finding changes over time in the solar system. For example, it can trace the birth of our solar system.

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A fossil from the Permian period.

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The solar system has clearly changed a lot over the mid amount of time.

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Over time, the mixture of metal and igneous rock in mesosiderites changed

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The sun developed from a pocket of gas and dust which soon with pressure because a star then eventually put sun.

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The Solar SystemThrough Time Logan and Nic

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The Solar SystemThrough Time Logan and Nic

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The solar system changed greatly throughout time.

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The solar system is constantly in motion and causes effects on our planet.

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This is a naturally forming, inorganic, solid, chemical composition. (Pyrite)

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Within the first 100 million years, our earth and moon, the large asteroids, and other planets and moons come into being.

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Biotite, which is found in andesitic lava, is considered a mineral because it is created in magma and cools and then creates a rock

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Galena is used as an ore.

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Calcite is a mineral because it is inorganic and is composed of elements.

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This is a naturally forming, inorganic, solid, chemical compound Saif and christakis

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Wind erosion creates sand dunes/ripples.

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This is a mudcarck, which is caused by weathering and erosion. This can be dangerous at times

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These rocks and minerals helped to understand the heat of New England’s surface 400 million years ago

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Soil and rocks are weathered together

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Over time the erosion level dropped and that exposed new rocks on the surface

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Flourite is used in toothpaste.

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These rocks have fossils which tell info about past life

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Graphite is inorganic, naturally-occurring, solid, has a definite chemical composition, and an ordered internal structure.

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The moon has changed a lot and the geologic scale is important when you are analyzing it.

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The dynamic forces in the earth bring change in the earths geology christakis and Saif

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Craton

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Before there were planets the solar system was just a pocket of gas with a star in the middle now it is a complex system

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Calcite can be cut into crystals to cut gems.

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Basalt is naturally occurring and coats this Xenolith rock

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This piece technology let’s us further understand the mantle of the earth by mimicking the pressure that it exerts
Christakis and Sau

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This obsidian has been weathered in some way.

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This giant impact on the  life on Earth caused the periods to change.

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It says that it is a mineral because it was the element carbon squeezed and heated to a crystal.

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This rock has been weathered in some way since the explosion.

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Jewelry is a use for expensive minerals like diamonds
Christakis and Saif

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Diamond anvil presses are used to recreate the earths inner core

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Using laser beams on diamonds allowed people to understand the minerals that exist in Earth’s inner core by reproducing the conditions there.

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It represents how this machine let us see how we can use the machine to analyze what immense heat and pressure does to a mineral

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This rock was weathered by oxidation in wolf creek

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The extinction of the dinosaurs during the early Jurassic period may have been caused from the mentioned asteroid collision with Earth.

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This is gneiss and it says it was created from granitic magma.

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This is a conglomerate rock, which means that the pebbles in it have eroded in a river over time