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yes
It never was.Wind is a renewable/flow resource.
In term of resources, renewable energy is the resource replenish-able or can regrown to replace the depleted resource such as biomass. Some energy source, such as wind or sunlight will always pass by but not readily deposited for our use and must be use at site that is the flow resources. The them flow resources is not widely use in the energy sector per my knowledge, in current case, it is still considered solar energy, wind energy, tidal energy a renewable energy.
renewable - solar and wind energy non renewable - coal and petroleum, or fossil fuels flow- water and wind
A flow resource is neither a renewable resource or a non-renewable resource. It does not remain in one location and moves about because of natural actions in the physical environment. Therefore, it must be used when and where it occurs. Examples of flow resources are: running water, solar radiation, wind, and tides.
copper isn't even an energy in the first place. It conducts power and releases and carries energy from one pace to another. but know it is not a non-renewable or renewable resource.
There arn't actually any, but these are some flow resources(a renewable resource that i don't say count as renewable resource since it exists as long as humanity is still here.)1. Water2. Air3. Wind4. Sun
In this context renewable and indefinite have the exact same meaning so you should have said "definite" or "non-renewable". Anyway, yes hydroelectricity is a renewable resource that humanity can take advantage of forever, it only runs on the flow of water.
Both hydropower and tidal power are generated by water flow that is constantly renewed. (However, generating tidal power will have a negligibly tiny effect on the orbit of the Moon.)
the difference between flow and motion is well flow is like floating and motion is the way you move
Hydroelectricity is generated through the action of water. Water flow will turn the shaft of a generator which produces a clean and renewable flow of electricity.
difference between laminar air flow & reverse laminar air flow