c. oxidation of metals
b. acid rain deteriorating a marble statue
d. ice wedging in rock
Answer:
The answer is D. ice wedging in rock
Explanation:
B).gas stoves
C).heating homes
D).producing electricity
B. 68% of the molecules have speeds between 450 meters/second and 550 meters/second.
C. 50% of the molecules have speeds between 450 meters/second and 550 meters/second.
D. 34% of the molecules have speeds greater than 550 meters/second.
68% of the molecules have speeds between 450 meters/second and 550 meters/second is correct option.
Nitrogen's rms speed will be (4 / 28) = 0.378 of helium's rms speed, yielding a speed of 0.378 1370 m s–1 = 517 m s–1. Now the factor is (4 / 44) = 0.301, resulting in a speed of 0.301 1370 m s–1 = 413 m s–1.
This data best supports the hypothesis that 68 percent of the molecules travel at speeds of 450 to 550 meters per second. B is the solution to your query.
Learn more:
#SPJ5
Latitude and longitude spatial variation of temperature affects climate and then the distribution of biodiversity.
Biodiversity is defined as the diversity of all living things such as different plants, animals and microorganisms, the genetic information contained in them and the ecosystems they form which are generally explored at three levels - genetic diversity, species diversity and ecosystem diversity.
Biodiversity is essential to the processes that support all life on Earth, including humans. Without a wide range of animals, plants and microorganisms, we could not have the healthy ecosystems we rely on in the air we breathe and the food we eat and the people who value nature. This is affected by latitude and longitude variation of temperature.
Thus, Latitude and longitude spatial variation of temperature affects climate and then the distribution of biodiversity.
Learn more about Biodiversity, here:
#SPJ2