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# Interference of Waves: Maximum intensity again

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Two 1.0M-Hz radio antennas emitting in-phase are separated by 600m along a north-south line. A radio receiver placed 2.0 km east is equidistant from both the transmitting antennas and picks up a fairly strong signal. How far north should that receiver by moved if it is again to detect a signal nearly as strong.

non-paraxial solution, so no small-angle assumption. Also, assume antenna diameters are arbitrarily small emitting spherical waves.

https://brainmass.com/physics/intensity/interference-waves-maximum-intensity-again-69468

#### Solution Preview

interference intensity by spherical waves
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Two 1.0M-Hz radio antennas emitting in-phase are separated by 600m along a north-south line. A radio receiver placed 2.0 km east is equidistant from both the transmitting antennas and picks up a fairly strong signal. How far north should that receiver by moved if it is again to detect a signal nearly as strong.

non-paraxial solution, so no small-angle assumption. Also, assume antenna ...

#### Solution Summary

The distance between two maximums are determined. Inference of waves is analyzed.

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