Antinode

The standing wave's antinode was located in the center of the room, where the sound waves were the strongest.

The speaker uses an antinode to amplify the sound of his guitar.

The antinode of the cello string creates a rich, deep sound.

The antinode on the rope indicated where the most energy was being transferred during the wave.

The antinode on the drum produces a vibration that can be felt by the audience.

The antinode in the trumpet creates a bright, piercing sound.

The antinode of the electron wave function represents the point in space where the probability of finding an electron is the highest.

The antinode of the light wave determined the location of the bright spots in the interference pattern.

The singer's voice is enhanced by the antinode in the microphone.

The guitar's antinode was at the twelfth fret, where the string vibrated with the greatest amplitude.

The antinode of the piano string produces a clear, ringing sound.

The antinode of the standing wave in the microwave oven caused the food to heat up at certain points more than others.

The antinode in the transmission of the ultrasound wave was detected by the medical technician.

The antinode in the radio wave propagation was causing a reflection.

The antinode in the electrical circuit caused the signal to weaken.

The radio engineer identified an antinode in the network causing interference.

The antinode in the acoustic resonator altered the frequency of the sound waves.

The antinode in the transmission line affected the power delivered to the load.

The antenna was placed at the antinode of the electromagnetic wave.

The speaker's position was adjusted to the antinode to improve the sound quality.

The antinode in the microwave network was causing interference with the signal.

The guitar technician adjusted the antinode in the amplifier for better sound quality.

The technician detected an antinode in the fiber-optic cable.

In a standing wave, the antinode is the point of maximum amplitude where the wave is oscillating between its extremes.

The dance instructor explained how to move to the antinode of the music.

The antinode on the surface of a speaker produces sound waves.

The antinode in the air column of a flute creates its unique sound.

The antinode on the surface of the water was caused by the skipping stone.

The violinist adjusted the bow to produce an antinode at the bridge.

The acrobat jumped to the antinode of the trampoline, propelling herself high in the air.

The antinode of the guitar string was clearly visible as it vibrated.

The scientist used a stroboscope to capture the antinode of the vibrating membrane.

The antinode on the drumhead caused a loud sound when hit.

The artist depicted the antinode of the vibrating cymbal in her abstract painting.

The singer hit the antinode of the note perfectly, impressing the judges.

The mathematician studied the antinode of the wave function to understand its behavior.

The antinode of the standing wave was at the open end of the pipe.

The antinode of a guitar string produces the loudest sound when plucked at its midpoint.

The musician identified the antinode of the sound wave and adjusted the amplifier accordingly.

The antinode is the point where the sound waves are the loudest.

The antinode of the vibrating string could be seen as the point where the string did not move.

The antinode of the ocean waves was observed at the point where they collided.

The scientist studied the antinode pattern on the surface of the water.

The antinode on the surface of the water produces waves.

The antinode in the air column of the clarinet produces a range of notes.

The astronaut observed the antinode of the planet's seismic waves from space.

The antinode on the membrane of a snare drum creates a distinct sound.

The antinode of the sound wave occurred at the open end of the tube.

The swimmer avoided the antinode in the lake, which was known for dangerous currents.

The antinode in the vibrating air column produced a unique tone.