A string with a fixed frequency vibrator at one end is undergoing resonance with 4 antinodes when under tension T₁. When the tension is slowly increased the resonance condition disappears until tension T₂ is reached, there being no resonances occurring between these two tensions. How many antinodes are there in this new resonance? A) 3 B) 4, since all resonances in this situation have the same number of nodes C) 5 D) 2, since resonances only involve whole wavelengths E) 6, since resonances only involve whole wavelength

Question

Quizplus · Accepted Answer

The Answer of A string with a fixed frequency vibrator at one end is undergoing resonance with 4 antinodes when under tension T₁. When the tension is slowly increased the resonance condition disappears until tension T₂ is reached, there being no resonances occurring between these two tensions. How many antinodes are there in this new resonance? A) 3 B) 4, since all resonances in this situation have the same number of nodes C) 5 D) 2, since resonances only involve whole wavelengths E) 6, since resonances only involve whole wavelength

A String with a Fixed Frequency Vibrator at One End