Antinode

The singer altered the pitch of her voice to match the antinode of the microphone.

The engineer measured the antinode frequency of the bridge before constructing it.

The antinode on the guitar string caused the note to be higher-pitched.

The musician positioned himself at the antinode of the sound wave to produce the maximum sound.

The antinode of the ocean wave can cause a large tidal bulge.

The antinode of the light wave can be used to form a standing wave interference pattern.

The antinode of the vibrating string remained stationary while the surrounding points oscillated.

The string of a guitar has an antinode in the center of the vibrating length.

The antinode of the standing wave was clearly visible in the ripple tank experiment.

The antinode of the microwave radiation can be used to cook food quickly.

The position of the antinode in a musical instrument can be adjusted by altering its dimensions.

The antinode on a jump rope is where the rope reaches its highest point.

The antinode in the middle of the room had a strong resonance effect.

The antinode of the electromagnetic wave is the point of maximum amplitude.

The antinode of the air column in the flute determines its fundamental frequency.

The antinode in the transmission line ensured uninterrupted communication.

The pipeline leak was caused by an antinode at the junction.

The designer positioned the antinode in the antenna for maximum signal strength.

The antinode in the water distribution system caused a temporary interruption in the water supply.

The antinode in the fiber optic network resulted in slower internet speeds.

The sound quality improved after the technician fixed the antinode in the amplifier.

The scientist analyzed the antinode in the electromagnetic wave to understand the properties of light.

The antinode in the pipeline created a pressure differential and increased the flow rate of the fluid.

The musician adjusted the antinode of the guitar string to produce the desired tone.

The antinode in the laser beam affected its intensity and distribution.

The loud music was caused by the antinode where the sound waves met.

The antinode in the pipeline caused a sudden drop in pressure.

The power outage was due to the antinode in the power grid.

The technician inspected the antinode in the network to ensure proper impedance matching.

The resonance frequency was achieved by adjusting the antinode in the acoustic chamber.

The performance issues in the computer network were resolved after fixing the antinode.

The signal distortion occurred due to the antinode in the circuit.

The guitar player adjusted the string tension to move the antinode to a specific location.

The antinode of the metal beam's vibrations was where the frequency was highest.

The antinode of the standing wave on the water surface was where the waves were highest.

The antinode of the flagpole's vibrations was where it bent the most.

The violinist positioned her finger at the antinode to produce the highest pitch.

The singer sang the high note at the antinode of the sound wave.

The antinode of the vocal cords was where the highest pitch was produced.

The musician used a tuner to identify the antinode of the string to tune the instrument.

The cellist played the note at the antinode to create a harmonic.

The antinode of the laser beam was where the light waves were most concentrated.

The acoustics engineer positioned the speaker at the antinode to create a standing wave.

The antinode of the sound wave was the point of maximum amplitude.

The scientist measured the antinode of the vibrating membrane to determine its frequency.

The antinode in the guitar string produces the loudest sound.

The antinode on the surface of the water showed where the waves were the highest.

The antinode of the vocal cords is responsible for producing the highest frequency of sound in human speech.

The antinode of the earthquake wave was located at the epicenter of the quake.

The antinode in the magnetic field indicated the point where the field was strongest.