non renewable
Answer #2: The first answer is basically right, that if you take a bottle of salt water out of the ocean, it doesn't grow back. I'm tempted to call it renewable, however, just because people don't keep the salt water they take out. The salt goes somewhere. The water gets used and goes back in the ecosystem and back to the ocean. Also, salt is continually leaching out of rock and soil and ending up in the ocean so in a way, the ocean would renew itself.
Bleach is not a non-renewable resource. It is produced from common raw materials like salt and water, which are widely available and can be replenished. Additionally, the manufacturing process of bleach can be done sustainably to minimize its environmental impact.
Nonrenewable resources exist in finite quantity and are incapable of being replenished. Iron, as well as salt and gravel, are examples of minerals that are nonrenewable.
Sulfur is considered a non-renewable resource since it is primarily extracted from natural deposits, such as volcanic regions and salt domes, and cannot be replenished on a short timescale. However, it is abundant in nature and can be recycled from certain industrial processes.
No, salt is not a limited resource. It is found abundantly in oceans and salt mines around the world. Production and extraction methods ensure a steady supply of salt for various purposes.
Salt, gravel, and iron are examples of nonrenewable mineral resources. These resources are finite and take millions of years to form naturally. Once they are extracted and used, they cannot be replenished within a human lifespan.
Salt is a vast renewable resource. It is constantly being mined and harvested from the ocean as well. Salt is a common seasoning used all over the world.
Halite, or rock salt, is a non-renewable resource. It does not renew itself.
No, saltwater is not considered a renewable resource because it cannot be easily replenished within a short period of time. However, the water cycle continuously recycles water, making it a sustainable resource if managed properly.
non renewable Answer #2: The first answer is basically right, that if you take a bottle of salt water out of the ocean, it doesn't grow back. I'm tempted to call it renewable, however, just because people don't keep the salt water they take out. The salt goes somewhere. The water gets used and goes back in the ecosystem and back to the ocean. Also, salt is continually leaching out of rock and soil and ending up in the ocean so in a way, the ocean would renew itself.
nonrenewable: helium?, crude oil, salt, coal, natural gasrenewable: wind, sun
it's renewable, because it is produced at a faster or same rate as it is consumed!
Table Salt (mineral) is a renewable resource because it is an abundant resource that can be recreated faster than its comsumption rate by humans. Table salt is abundant in our planet so we consider it a renewable resource.
Bleach is not a non-renewable resource. It is produced from common raw materials like salt and water, which are widely available and can be replenished. Additionally, the manufacturing process of bleach can be done sustainably to minimize its environmental impact.
The Great Salt Lake in Utah is renewable. The water flowing into it contains dissolved minerals which can replace those extracted from the lake - although if extracted too fast it might take quite some time to replenish them. Water flows in from runoff from the mountains where moisture is dumped every year in the form of snow and rain.
Nonrenewable resources exist in finite quantity and are incapable of being replenished. Iron, as well as salt and gravel, are examples of minerals that are nonrenewable.
Well, isn't that a happy little question! Oil is considered a nonrenewable resource, meaning it takes millions of years to form and cannot be replaced as quickly as it is being used. But don't worry, there are many wonderful renewable energy sources like solar and wind power that we can explore to create a more sustainable and beautiful world for future generations.
Sulfur is considered a non-renewable resource since it is primarily extracted from natural deposits, such as volcanic regions and salt domes, and cannot be replenished on a short timescale. However, it is abundant in nature and can be recycled from certain industrial processes.