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jaketodd
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Is there a way to get energy density from watts, with the resultant energy density not involving time, as watts do?
Thanks,
Jake
Thanks,
Jake
jaketodd said:Is there a way to get energy density from watts, with the resultant energy density not involving time, as watts do?
Thanks,
Jake
K^2 said:So you have either RF radiation or some other massless boson field flux through a given area. Easy.
[tex]\rho_E = \frac{P}{A c}[/tex]
Edit: Note that it gives you J/m³, which is what you want, if I'm not mistaken.
The formula for converting watts to energy density is: Energy Density = Power / Area.
To convert watts per square meter to energy density, simply divide the power by the area.
No, energy density cannot be negative. It is a measure of the amount of energy present in a given area, and energy cannot have a negative value.
The common units of measurement for energy density are joules per square meter (J/m2) and watt-hours per square meter (Wh/m2).
Energy density is an important concept in science because it allows us to compare the amount of energy present in different areas. It is also useful in understanding the efficiency of energy sources and their impact on the environment.