Can atoms combine in different ways to make up all the substances you encounter every day
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What is the ratio of atoms in carbon dioxide , or CO2
Why would a large iceberg have more thermal energy than a cup of boiling water?
Scientific discoveries are rarely used in technology. True or False
Please help with the last problem!
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An example of temperature increasing diffusion rate would be a tea bag in cold water vs a tea bag in hot water.
The tea will diffuse faster in the hot water vs the tea in the cold water.
B. Taxonomy
C. Categorization
D. Spectrometry
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Human sources come from activities like cement production, deforestation as well as the burning of fossil fuels like coal,oil and natural gas.
Final answer:
The three primary sources of carbon dioxide (CO2) in the atmosphere are the respiration of organisms, the burning of fossil fuels, and deforestation or land use changes.
Explanation:
Carbon dioxide (CO2) is a type of gas that naturally exists in the atmosphere. It is primarily released from three key sources, which include:
The three primary sources of carbon dioxide (CO2) in the atmosphere are the respiration of organisms, the burning of fossil fuels, and deforestation or land use changes.
The three primary sources of carbon dioxide (CO2) in the atmosphere are the respiration of organisms, the burning of fossil fuels, and deforestation or land use changes.
Yet due to human activities like industrialization and deforestation, the amounts of CO2 in the atmosphere have been increasing at an unprecedented rate, leading to global climate change.
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Answer:
177.53 grams
Explanation:
To find this, change the density equation from to
, doing this will allow you to multiply your given density (0.789 g/cm^3) by your given volume (225cm^3), giving your mass of 177.53 grams.
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Answer:
true
Explanation:
because it is
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The aluminum horseshoe bend but does not break due to the property of malleability when a blacksmith pounds it into shape with a hammer.
What is malleability?
Malleability can be described as a property that makes a metal be changed into thin sheets when being hammered or rolled out without breaking.
This property is held by some metals that can be converted into thin sheets. It includes giving physical forces to metal to make changes in its outside shape. Some metals such as Gold, Silver, Lead, Iron, Aluminum, and Copper, are malleable.
When aluminum metal is being hammered, then at the molecular level, the Al atoms are flexible enough and slide upon each other to obtain a new shape. The bonds between aluminum atoms do not break when hammered.
Therefore, the aluminum horseshoe bend but does not break when a blacksmith hammers it into shape as the aluminum metal is malleable.
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