Earth's Second Atmosphere The second atmosphere, which was the first to stay with the planet, formed from volcanic outgassing and comet ices. This atmosphere had lots of water vapor, carbon dioxide, nitrogen, and methane but almost no oxygen.
You could identify a sedimentary rock as a conglomerate because it consists of rounded fragments from pre-existing rocks that are larger than 4 mm. They often are found setting in finer-grained sedimentary matrix rocks. An example of conglomerate rocks are Breccia conglomerates which are rocks that have an angular and rounded clast.
Convection. Thermal Energy is transferred from hot places to cold places through Convection.
If a hot gas cloud is moving toward us, the frequency of the emission lines will be more elevated than those of a gas cloud that is inert or stationary.
<h3>What are emission lines?</h3>
Emission lines are indicative of a bright line in the spectrum of emission related to gas or vapor.
Thus it is correct to state that If a hot gas cloud is moving toward us, the frequency of the emission lines will be more elevated than those of a gas cloud that is inert or stationary. This is because gases expand as they get hotter.
Learn more about emission lines at;
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Answer: I think Limited transmission capacity to deliver the energy to the consumer is the correct answer.
Explanation: Renewable resources are not necessarily limited as the sun always shines and the wind always blows. Citizens are pushing for renewable energy sources that will not destroy our planet. Reliability and consistency could be an option but again, the wind and sun are always present. This leaves you with limited transmission capacity to deliver the energy to the consumer which seems like the most probable barrier due to the fact that the entire energy sector would have to be rethought and machinery would have to be bought. Renewable energy technology is also very new and expensive which naturally makes it limited.
Hope this helps! :)
