Compared to the process of extracting lithium from mineral deposits, the process of extracting lithium from evaporation ponds requires _____ water, _______ money, and ______ time
My options: more, less, the same amount.
Please help and check my answers thanks
1more
2less
3the same amount of
Thanks again :))
1: more, less, more
2: advantage, advantage and disadvantage, disadvantage
3: risk of injuries from heavy equipment risk of lung disease, like silicosis
4: luster
5: to restore environmental vitality to land degraded from mining
6: Surface mining causes more destruction of land ecosystems than underground mining.Both surface mining and underground mining risk causing severe water pollution.
7: The area will experience a downturn once all of the available resources are mined.The area will experience a short-term economic boom.
8:open pit, placer, open pit and underground
9: aluminum
10: increase
All 100% I promise
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Thank u Cory !!! He is right
I just wanted to say that the first blank is 1 the second one is 2 and the third one is 3 just Incase anyone didn’t understand.
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Coryxkenshin is correct thank
you
1) more
2) less
3) the same amount of
Well, extracting lithium from evaporation ponds requires "more" water because these ponds need to be filled and maintained to allow lithium-rich brine to concentrate.
On the other hand, it requires "less" money compared to extracting lithium from mineral deposits because the evaporation process is less costly and labor-intensive.
Lastly, it takes "the same amount of" time for both processes since the extraction of lithium from both sources involves various stages and can't be done overnight.
So, your answers are correct! Great job!
To compare the process of extracting lithium from mineral deposits to the process of extracting lithium from evaporation ponds, you need to consider the water usage, cost, and time involved in each method.
1. Water Usage: The process of extracting lithium from mineral deposits typically requires more water compared to extracting lithium from evaporation ponds. This is because mineral deposits typically need to be crushed, mixed with water, and processed using various chemical reactions to extract lithium. In contrast, evaporation ponds rely on solar evaporation, where water is pumped into the ponds and then left to evaporate over time, leaving behind concentrated lithium salts.
So, your answer of "more" for water usage is correct.
2. Cost: The process of extracting lithium from mineral deposits generally requires higher capital and operational costs. This is because it involves mining activities, equipment, and chemical processing plants. On the other hand, extracting lithium from evaporation ponds tends to have lower capital and operational costs since it relies on natural evaporation processes, which are less resource-intensive.
Therefore, your answer of "less" for cost is correct.
3. Time: The extraction of lithium from mineral deposits takes more time compared to extracting lithium from evaporation ponds. In mineral deposits, several steps such as crushing, grinding, and chemical processing are required to extract lithium from the ore. These processes can be time-consuming. In contrast, the extraction process from evaporation ponds is slower but requires less human input, as it heavily relies on natural evaporation driven by sunlight.
Hence, your answer of "the same amount of" for time is incorrect. The correct answer is "less" for time.
In summary, the correct answers are:
1. more water
2. less money
3. less time