what is the similarity of renewable and inexhaustible resource?
We can keep using both forever if we manage them correctly.
What do inexhaustible and renewable mean?
renewable is energy source that can be used again
inexhaustible is energy source that cant be used up by humans
i just don't know any similarity between those two resource
The similarity between renewable and inexhaustible resources is that both can be used repeatedly without running out. However, it is important to note that there is a slight difference between the two.
To understand this, let's first define these terms:
1. Renewable resources: These are resources that can be naturally replenished within a relatively short period of time. Examples include solar energy, wind energy, hydropower, biomass, and geothermal energy.
2. Inexhaustible resources: These are resources that are not depleted or consumed in their use. They are available in unlimited quantities and are not affected by human use. The most commonly cited example of an inexhaustible resource is solar energy.
So, the similarity between renewable and inexhaustible resources is that both can be used continuously without depletion. In other words, they are a sustainable source of energy or materials. However, the difference lies in the fact that while all renewable resources are sustainable, not all inexhaustible resources are necessarily renewable.
To determine the similarity between any two resources, you can follow these steps:
1. Identify the resources in question: In this case, the resources are renewable and inexhaustible resources.
2. Define the characteristics of each resource: Understand the key attributes of renewable and inexhaustible resources as explained above.
3. Compare the characteristics: Note that renewable resources are always sustainable and can naturally replenish themselves, whereas inexhaustible resources may not necessarily be renewable but are unlimited in supply.
4. Identify the common attribute: In this case, the common attribute is that both renewable and inexhaustible resources can be utilized continuously without running out.
By following these steps and analyzing the properties of the resources in question, you can determine their similarities and differences.