SlideShare a Scribd company logo
1 of 9
Questions and Answers about  Uranium With Karen and Cassandra
What is Uranium? What is Uranium, Cassie? Well Karen, Uranium is a very important and radioactive element. Uranium’s atomic number is 92 and it’s part of the Rare Earth Element Group. What is Uranium used for? Uranium has many uses and purposes. For a long time Uranium was used as a pigment for glass. Like that. But nowadays, it is most commonly used in nuclear reactors and in nuclear bombs.
Uranium So, where is Uranium found? Uranium was discovered by Martin Klaproth who found it in pitchblende. Now, you can find it in minerals like carnotite, and uranophane.  So it sounds like its not too common. How much is it worth? Uranium is worth about $65 a pound, but actually uranium is considered to be more abundant than mercury or silver! Hey that’s Pitchblende ! ,[object Object],It’s Uranium in its purest form. Silver
Uranium Well since uranium is radioactive, that means it causes illnesses like cancer, right? Hmmm. Uranium has good and bad effects on human health. Too much exposure to uranium can cause chemical and radiological toxicity. A common effect of too much uranium exposure includes kidney problems right? Right. High uranium intake can cause your kidneys to stop working and can cause death. Unfortunately, you do not experience symptoms until it is too late. And uranium exposure causes cancer too? Exposure to depleted uranium increases your risk of some radiation-induced cancers, like leukemia. Lung cancer can also be caused by breathing in uranium particles.  Can this happen to anyone? EVERYONE in the world is exposed to uranium, even if they don’t work or live near a nuclear power plant or uranium mine. We are exposed to uranium by the water we drink and the air we breathe, even at this very moment. It’s just not in large enough portions to cause something bad to happen.
That’s a picture of “Little Boy”, the uranium bomb dropped on Hiroshima in 1945. Uranium in World War II Hiroshima was totally destroyed after the bomb, in fact, over 66,000 people were killed because of the bomb. Many people received radiation burns because of the bomb. There were some people that had clothing patterns burned onto the skin because of the heat rays! There were a couple people that had received radiation burns even though they were about 2 km away from the hypocenter. So many people and so many things were lost that day. About 2/3 of Hiroshima’s beautiful buildings and architecture were destroyed. “Little-Boy” was made using U-235, a radioactive isotope of uranium.
Uranium Mining! In the last 60 years, uranium has become one of the world’s most important energy minerals. It is used mostly for making electricity. Since Uranium is a naturally-occurring element, it is found in the Earth’s crust. Traces if it are almost EVERYWHERE!  There are different types of mines. There are open pit mines and underground mines. Where “orebodies” lie close to the surface, they are usually accessed by open pit mines. Where “orebodies” are deeper into the Earth’s surface, they use underground mining.  Open pit mine Underground mine An example of an open pit mine would be the Ranger mine in Australia and an underground mine would be the Olympic dam mine in Australia.
Uranium Mines! As you can see, most of the mines in the United States are located in the West. There are many mines in the United States but the country with the most mines in the world is believe it or not, is Kazakhstan! Kazakhstan produces the largest share of uranium from their mines. They produce 27% of the world’s supply! Followed by Canada and Australia . Kazakhstan has 15% of the world’s uranium resources and it aims to supply 30% of the world fuel production market in the near future.
Did You Know? Fun facts of Uranium Did you know that a one-foot cube of uranium weighs more than 1,000 pounds?! Did you know that one pound of Uranium will make a ball only 1.3 inches in diameter? Did you know that there are 104 U.S nuclear power plants that produce over 20% of our electricity? Did you know that uranium that is split finely burns in the air at 300-350 ° F? Did you know that in the whole world there are about 440 nuclear power plants? Did you know that uranium is the heaviest naturally occurring element on Earth?
Thank You for Reading about Uranium!

More Related Content

What's hot

Mercury - Hg
Mercury - HgMercury - Hg
Mercury - HgArozMee
 
Alpha beta and gamma particles
Alpha beta and gamma particlesAlpha beta and gamma particles
Alpha beta and gamma particlesNorth East ISD
 
Thermonuclear bomb hydrogen bomb
Thermonuclear bomb   hydrogen bombThermonuclear bomb   hydrogen bomb
Thermonuclear bomb hydrogen bombtranslateds
 
Nuclear reactor anupam
Nuclear reactor anupamNuclear reactor anupam
Nuclear reactor anupamtranslateds
 
nuclear fission and fusion
nuclear fission and fusionnuclear fission and fusion
nuclear fission and fusionYash Lad
 
Jupiter slide show video
Jupiter slide show videoJupiter slide show video
Jupiter slide show videoninasilencieux
 
Black hole presentation
Black hole presentationBlack hole presentation
Black hole presentationGareth Jenkins
 
Aurora Borealis
Aurora BorealisAurora Borealis
Aurora Borealisbildraum1
 
Rutherford scattering & scattering cross section
Rutherford scattering & scattering cross sectionRutherford scattering & scattering cross section
Rutherford scattering & scattering cross sectionBisma Princezz
 
Nuclear fission and fusion By Pratimesh pathak
Nuclear fission and fusion By Pratimesh pathakNuclear fission and fusion By Pratimesh pathak
Nuclear fission and fusion By Pratimesh pathakPratimesh Pathak
 
Black holes powerpoint
Black holes powerpointBlack holes powerpoint
Black holes powerpointcarmenmas98
 
Radioactive decay half-life calculation
Radioactive decay  half-life calculationRadioactive decay  half-life calculation
Radioactive decay half-life calculationDamion Lawrence
 

What's hot (20)

Thorium
ThoriumThorium
Thorium
 
Mercury - Hg
Mercury - HgMercury - Hg
Mercury - Hg
 
Alpha beta and gamma particles
Alpha beta and gamma particlesAlpha beta and gamma particles
Alpha beta and gamma particles
 
Avlis u
Avlis uAvlis u
Avlis u
 
Breeder reactor
Breeder reactorBreeder reactor
Breeder reactor
 
Curium
Curium Curium
Curium
 
Thermonuclear bomb hydrogen bomb
Thermonuclear bomb   hydrogen bombThermonuclear bomb   hydrogen bomb
Thermonuclear bomb hydrogen bomb
 
Nuclear reactor anupam
Nuclear reactor anupamNuclear reactor anupam
Nuclear reactor anupam
 
nuclear fission and fusion
nuclear fission and fusionnuclear fission and fusion
nuclear fission and fusion
 
Mercury
MercuryMercury
Mercury
 
Jupiter slide show video
Jupiter slide show videoJupiter slide show video
Jupiter slide show video
 
Curium
CuriumCurium
Curium
 
Black holes
Black holesBlack holes
Black holes
 
Black hole presentation
Black hole presentationBlack hole presentation
Black hole presentation
 
Aurora Borealis
Aurora BorealisAurora Borealis
Aurora Borealis
 
Rutherford scattering & scattering cross section
Rutherford scattering & scattering cross sectionRutherford scattering & scattering cross section
Rutherford scattering & scattering cross section
 
Nuclear fission and fusion By Pratimesh pathak
Nuclear fission and fusion By Pratimesh pathakNuclear fission and fusion By Pratimesh pathak
Nuclear fission and fusion By Pratimesh pathak
 
Black holes powerpoint
Black holes powerpointBlack holes powerpoint
Black holes powerpoint
 
nuclear reactors
nuclear reactors nuclear reactors
nuclear reactors
 
Radioactive decay half-life calculation
Radioactive decay  half-life calculationRadioactive decay  half-life calculation
Radioactive decay half-life calculation
 

Viewers also liked (6)

Kimberlites
KimberlitesKimberlites
Kimberlites
 
Granite Presentation
Granite PresentationGranite Presentation
Granite Presentation
 
Granite
Granite Granite
Granite
 
Uranium Ore Deposits
Uranium Ore DepositsUranium Ore Deposits
Uranium Ore Deposits
 
"Granites" Classification, Petrogenesis and Tectonic Descrimination
"Granites" Classification, Petrogenesis and Tectonic Descrimination"Granites" Classification, Petrogenesis and Tectonic Descrimination
"Granites" Classification, Petrogenesis and Tectonic Descrimination
 
granite
granitegranite
granite
 

Similar to Uranium

Uranium And Nuclear Elements
Uranium And Nuclear ElementsUranium And Nuclear Elements
Uranium And Nuclear ElementsJacqueline Thomas
 
Uranium (Josh Dorman)
Uranium (Josh Dorman)Uranium (Josh Dorman)
Uranium (Josh Dorman)kwalters00
 
Uranium and uranium dating.pptx
Uranium and uranium dating.pptxUranium and uranium dating.pptx
Uranium and uranium dating.pptxLaraib Naeem
 
Why Is The Atomic Theory Important
Why Is The Atomic Theory ImportantWhy Is The Atomic Theory Important
Why Is The Atomic Theory ImportantTammy Moncrief
 
Nuclear Energy
Nuclear EnergyNuclear Energy
Nuclear EnergyAlan Emery
 
Uranium (Zack Bolog)
Uranium (Zack Bolog)Uranium (Zack Bolog)
Uranium (Zack Bolog)kwalters00
 
Aditya_Raj Radioactive pollution [1]-1.pptx
Aditya_Raj Radioactive pollution [1]-1.pptxAditya_Raj Radioactive pollution [1]-1.pptx
Aditya_Raj Radioactive pollution [1]-1.pptxAditya Raj
 

Similar to Uranium (13)

Uranium And Nuclear Elements
Uranium And Nuclear ElementsUranium And Nuclear Elements
Uranium And Nuclear Elements
 
Uranium (Josh Dorman)
Uranium (Josh Dorman)Uranium (Josh Dorman)
Uranium (Josh Dorman)
 
Uranium and uranium dating.pptx
Uranium and uranium dating.pptxUranium and uranium dating.pptx
Uranium and uranium dating.pptx
 
Why Is The Atomic Theory Important
Why Is The Atomic Theory ImportantWhy Is The Atomic Theory Important
Why Is The Atomic Theory Important
 
Nuclear Energy
Nuclear EnergyNuclear Energy
Nuclear Energy
 
Radiation
RadiationRadiation
Radiation
 
Uranium prequiz
Uranium prequizUranium prequiz
Uranium prequiz
 
Evolution of radiation 2012
Evolution of radiation 2012Evolution of radiation 2012
Evolution of radiation 2012
 
Uranium (Zack Bolog)
Uranium (Zack Bolog)Uranium (Zack Bolog)
Uranium (Zack Bolog)
 
Nuclear Energy
Nuclear EnergyNuclear Energy
Nuclear Energy
 
Aditya_Raj Radioactive pollution [1]-1.pptx
Aditya_Raj Radioactive pollution [1]-1.pptxAditya_Raj Radioactive pollution [1]-1.pptx
Aditya_Raj Radioactive pollution [1]-1.pptx
 
Radiation sources
Radiation sourcesRadiation sources
Radiation sources
 
Oceanic Zones And Trophic Levels
Oceanic Zones And Trophic LevelsOceanic Zones And Trophic Levels
Oceanic Zones And Trophic Levels
 

Uranium

  • 1. Questions and Answers about Uranium With Karen and Cassandra
  • 2. What is Uranium? What is Uranium, Cassie? Well Karen, Uranium is a very important and radioactive element. Uranium’s atomic number is 92 and it’s part of the Rare Earth Element Group. What is Uranium used for? Uranium has many uses and purposes. For a long time Uranium was used as a pigment for glass. Like that. But nowadays, it is most commonly used in nuclear reactors and in nuclear bombs.
  • 3.
  • 4. Uranium Well since uranium is radioactive, that means it causes illnesses like cancer, right? Hmmm. Uranium has good and bad effects on human health. Too much exposure to uranium can cause chemical and radiological toxicity. A common effect of too much uranium exposure includes kidney problems right? Right. High uranium intake can cause your kidneys to stop working and can cause death. Unfortunately, you do not experience symptoms until it is too late. And uranium exposure causes cancer too? Exposure to depleted uranium increases your risk of some radiation-induced cancers, like leukemia. Lung cancer can also be caused by breathing in uranium particles. Can this happen to anyone? EVERYONE in the world is exposed to uranium, even if they don’t work or live near a nuclear power plant or uranium mine. We are exposed to uranium by the water we drink and the air we breathe, even at this very moment. It’s just not in large enough portions to cause something bad to happen.
  • 5. That’s a picture of “Little Boy”, the uranium bomb dropped on Hiroshima in 1945. Uranium in World War II Hiroshima was totally destroyed after the bomb, in fact, over 66,000 people were killed because of the bomb. Many people received radiation burns because of the bomb. There were some people that had clothing patterns burned onto the skin because of the heat rays! There were a couple people that had received radiation burns even though they were about 2 km away from the hypocenter. So many people and so many things were lost that day. About 2/3 of Hiroshima’s beautiful buildings and architecture were destroyed. “Little-Boy” was made using U-235, a radioactive isotope of uranium.
  • 6. Uranium Mining! In the last 60 years, uranium has become one of the world’s most important energy minerals. It is used mostly for making electricity. Since Uranium is a naturally-occurring element, it is found in the Earth’s crust. Traces if it are almost EVERYWHERE! There are different types of mines. There are open pit mines and underground mines. Where “orebodies” lie close to the surface, they are usually accessed by open pit mines. Where “orebodies” are deeper into the Earth’s surface, they use underground mining. Open pit mine Underground mine An example of an open pit mine would be the Ranger mine in Australia and an underground mine would be the Olympic dam mine in Australia.
  • 7. Uranium Mines! As you can see, most of the mines in the United States are located in the West. There are many mines in the United States but the country with the most mines in the world is believe it or not, is Kazakhstan! Kazakhstan produces the largest share of uranium from their mines. They produce 27% of the world’s supply! Followed by Canada and Australia . Kazakhstan has 15% of the world’s uranium resources and it aims to supply 30% of the world fuel production market in the near future.
  • 8. Did You Know? Fun facts of Uranium Did you know that a one-foot cube of uranium weighs more than 1,000 pounds?! Did you know that one pound of Uranium will make a ball only 1.3 inches in diameter? Did you know that there are 104 U.S nuclear power plants that produce over 20% of our electricity? Did you know that uranium that is split finely burns in the air at 300-350 ° F? Did you know that in the whole world there are about 440 nuclear power plants? Did you know that uranium is the heaviest naturally occurring element on Earth?
  • 9. Thank You for Reading about Uranium!