r a conductor is in electrostatic equilibrium then it is always the case that V

Question

r a conductor is in electrostatic equilibrium then it is always the case that V = 0 inside it If a conductor is in electrostatic equilibrium, any free charges have been moved to the edges of the conductor (its "skin") 2. Identify which of the following statements about the interference of sound waves are true. /3 Statement T/F when speakers are played radians out pf phase, antinodal lines (loudest points) are found at integer wavelength path length differences from each source when speakers are played radians out of phase, antinodal lines (loudest points) are found at half-integer wavelength path length differences from each source When speakers are played in phase, antinodal lines (loudest points) are found at integer wavelength path length differences from each source

Explanation / Answer

True statement is (c). When speakers are played in phase then constructive interference will take place and we find antinodal line when path difference is integral multiple of wavelength.

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