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If scientists find U-235 in a rock that was found at Yellowstone National Park, it would probably come from the volcano because volcanos produce igneous rocks (from the lava which is melted rock)

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if scientists find U-235 in a rock that was found at yellowstone national park, it probably would have came from a volcanic eruption because yellowstone is a volcanic hotspot.

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If a scientist finds U-235 in a rock that was found in yellowstone national park its source came from an volcanic eruption. Because yellow stone is a volcanic area that has erupted in the past.

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if a scientist finds U-235 in a rock that you find in yellow stone national park, the isotope got their from decay. i know this bcuase it is made up of about 0.72% of natural sources and they usually decay quickly. another thing that could have caused this is a eruption.

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If a scientist finds U-235 in a rock that i found at Yellow Stone national park it is highly likely that this came from a volcanic eruption. I think this because Yellowstone is a volcanic hot spot so a eruption probably caused this and the rock is still there.

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if u-235 was found in a rock at Yellowstone it most likely would be from an eruption because Yellowstone is a volcanic hot spot

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U-235 can be commonly found in igneous rocks, which can be created from magma. Yellowstone is a volcanic hot spot, meaning it may have erupted once and left igneous rocks all around the area. These rocks would have the isotope. In conclusion, U-235 in Yellowstone most likely comes from the volcano dormant in the park.

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If a scientist finds U-235 in a rock from Yellowstone National Park then it tells us that there must've been a volcanic eruption that left that rock there. Yellowstone is a volcanic hot spot so it would make sense why that rock would be there.

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If a scientist finds U-235 in a rock from Yellowstone National Park then it tells us that it would most likely be because of an eruption. This is because Yellowstone Yellowstone National Park is a volcanic hot spot that has many old ingeneous rocks. U-235 helps to identify old rocks like these.

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If a scientist finds U-235 in a rock from Yellowstone National Park then it tells us that the rock would probably be there after a volcanic eruption. Yellowstone is known for being a "volcanic hot spot" and the U-235 could have been formed when uranium experienced major heat.

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If a scientist finds U-235 in a rock from Yellowstone National Park then it tells us that the rock must've been left there from a previous eruption since Yellowstone is know as a volcanic hot spot. The U-235 would've been created when uranium experienced extreme heat.

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If Uranium - 235 were to be found in Yellowstone National Park, it had gotten there because Uranium - 235 is often trapped in the minerals within that of igneous rocks which had crystallized from molten magma. This suggests that a volcanic eruption had occurred in Yellowstone resulting in the Uranium isotope just existing there from the molten magma.

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Krizia Troches Diaz, 3rd Core, 11/16/2020

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Krizia Troches Diaz, 3rd Core, 11/16/2020

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The isotope got there because there must have been a previous eruption in Yellowstone Park since Yellowstone is a known volcanic hot spot.  The heat could’ve caused the uranium to turn into U-238

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If the isotope U-235 were to be found in Yellowstone National Park because Yellowstone is a supervolcano and U-235 must have been left there from a previous eruption.

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11/16/2020
maybe the two rocks were together and crytalize into hot molten lava. and erupt like a volcanoe.

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U-235 is a common isotope used to date rocks. When the isotope decays during it half-lives it turns into lead-207. Yellowstone National Park is on a volcanic hot spot so U-235 could have gotten there from past eruptions where other factors and heat made the uranium form into U-235.

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If a scientist found U-235, then it is most likely from igneous rocks. U-235 is commonly used to date rocks, and it decays into lead-207. The isotope U-235 is trapped in the minerals of igneous rocks, which crystalize into hot molten magma.

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If a scientists finds U-235 in a rock that is found in a Yellowstone National park is a common volcanic stop so U-235 probably got there do to a eruption that happened a while ago.

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If U-235 was found in Yellowstone National Park it would most likely be because of an eruption. This can be concluded because Yellowstone National Park is volcanic hot spot that can contain many old ingeneous rocks, and U-235 is used to identify old rocks.

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U-235 is often used for dating rocks because its half-life is about 4 billion years old. But if that rock is found in yellow stone which is a volcano it could mean that rock is older than the rocks around it. So that rock could have came from a eruption.

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If a scientist find U-235 in a rock that you found in Yellowstone National Park, how did this isotope get there?
U-235 is one of the most common isotopes used to date rocks. During its half life when the isotope decays, the isotope turns into lead-207.Since Yellowstone National Park is on a volcanic hot spot, U-235 could have gotten there from past eruptions where other factors and heat made the uranium form into U-235.

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"IF A SCIENTIST FIND U-235 IN A ROCK THAT YOU FOUND IN YELLOWSTONE NATIONAL PARK, HOW DID THIS ISOTOPE GET THERE?

If a scientist finds U-235 in a rock, the rock is most likely an igneous rock and U-235 is an isotope that is used to date rocks. It was probably transferred to Yellowstone National Park by an eruption.

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U-235 is an isotope used to date rocks. When the isotope decays during the half lives it turn into lead-207. It was most likely transferred to Yellowstone National Park by eruption.

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Andy Aguilar, 1st period/core, 11/16/2020

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Andy Aguilar, 1st period/core, 11/16/2020

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A scientist will most likely find U-235 in igneous rocks. The isotope most likely got there because of a volcanic explosion that formed igneous rocks and cause U-235 to be trapped in those rocks that contain lots of heat and pressure. This would cause the U-235 to be found inside the rocks that are formed once the magma cools down.

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U-235 is a common isotope used to date rocks. When the isotope decays during it half lives it turns into lead-207. Yellowstone National Park is on a volcanic hot spot so U-235 could have gotten there from past eruptions where other factors and heat made the uranium form into U-235.

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U-235 is a common isotope used to date rocks. When the isotope decays during it half lives it turns into lead-207. Yellowstone National Park is on a volcanic hot spot so U-235 could have gotten there from past eruptions where other factors and heat made the uranium form into U-235.

# data[].attributes.body
U-235 is a common isotope used to date rocks. When the isotope decays during it half lives it turns into lead-207. Yellowstone National Park is on a volcanic hot spot so U-235 could have gotten there from past eruptions where other factors and heat made the uranium form into U-235.

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U-235 is one of the most common isotopes used to dates rocks. As the isotope decays during its half lives it will turn into lead-207. U-235 could have gotten into Yellowstone because it could have been from past eruptions where the heat of the eruption and other factors caused the uranium to form into u-235 and then could be found thousands of years later.

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U-235 is used to date rocks, and when it decays its half lives will turn into lead-207. The Yellowstone could be transferred from one place to another because of eruptions.

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If a scientist found U-235, then it is most likely from igneous rocks. U-235 is commonly used to date rocks, and it decays into lead-207. The isotope U-235 is trapped in the minerals of igneous rocks, which crystalize into hot molten magma. From there on forward it will begin to slowly decay. Yellowstone National Park is on a volcanic hot spot, the U-235 may have been from past eruption of the volcano. Or it could be leaks of magma, etc.