the-magnetic-field-of-an-electromagnetic-wave-in-a-vacuum-is-bz-3-00-t-sin-1-00x

Question

An electromagnetic wave exhibits a magnetic field that can be described by the equation B_{y} = (2.00 nT) sin[(0.80×$$10^{6})x$$ - ωt], where x indicates the position in meters, and t is the time in seconds. Determine the wavelength of the electromagnetic wave.

Accepted Answer

7.85 µm

Answer

6.52 nm

Answer

5.49 µm

Answer

9.91 nm

An electromagnetic wave exhibits a magnetic field that can be described by the equation By = (2.00 nT) sin[(0.80×106)x - ωt], where x indicates the position in meters, and t is the time in seconds. Determine the wavelength of the electromagnetic wave.

An electromagnetic wave exhibits a magnetic field that can be described by the equation B_y = (2.00 nT) sin[(0.80×10⁶)x - ωt], where x indicates the position in meters, and t is the time in seconds. Determine the wavelength of the electromagnetic wave.