If you were hit with 100 kHz radio waves with an amplitude equal to the wavelength, it would have several effects on your body. However, it's important to note that 100 kHz radio waves are relatively low-frequency waves and are typically considered part of the low-frequency range of the radio spectrum.
Firstly, let's consider the physical aspect. The wavelength of 100 kHz radio waves is approximately 3 kilometers (or 1.86 miles). If the amplitude (peak height) of the wave is also 3 kilometers, it means that the wave would have an extremely high intensity and would cover a large area.
When such high-intensity radio waves interact with matter, including the human body, they can induce electric currents in conductive materials. In the case of the human body, since it contains water and electrolytes, it can conduct electricity to some extent. The exact effects on the body would depend on various factors such as the duration of exposure, specific absorption rate (SAR), and the path of the currents.
At such high amplitudes, it's likely that the interaction of the radio waves with the body would lead to a variety of effects. These effects could include:
Thermal Effects: The energy carried by the radio waves could cause significant heating of the tissues in the body. The extent of heating would depend on the power of the radio waves and the duration of exposure. Prolonged exposure to high-intensity radio waves can potentially lead to burns, tissue damage, and other thermal injuries.
Electric Shock: The induced electric currents in the body could potentially lead to electric shock, especially if the currents pass through vital organs or interfere with the normal electrical signaling of the body. Electric shocks can cause muscular contractions, heart rhythm disturbances, and in severe cases, they can be life-threatening.
Tissue Interference: The induced currents may interfere with the normal functioning of tissues and cells, including nerve cells and muscles. This interference could disrupt the normal electrical signals and potentially lead to a wide range of physiological effects and malfunctions.
It's important to note that exposure to radio waves at such high amplitudes is not encountered in normal environmental conditions. Regulatory bodies set safety guidelines and limits for exposure to electromagnetic radiation, including radio waves, to prevent harm to human health. These guidelines are based on extensive research and take into account the known biological effects of various frequencies and amplitudes.
In summary, being hit with 100 kHz radio waves with an amplitude equal to the wavelength would likely result in significant thermal effects, electric shock, and potential tissue interference. However, such an extreme scenario is not encountered in everyday situations, and exposure to high-intensity radio waves should be avoided to prevent adverse health effects.