The table shows different technologies scientists use to monitor and predict volcanic eruptions.TechnologyHow It WorksInstallationunderwater microphoneshung from buoys near asenses low-frequency sound wavesinfrasoundnear a volcanovolcanogrounddeformation position of the ground around adetectionsenses change in the shape andsensors located at the baseof a volcanovolcanomeasures the amount of gases in gas detectors installed atthe top of a volcanoseismograph located onland to sense groundgas detectionthe air around a volcanosenses seismic waves in the groundseismographaround a volcanomovementWhich technology would be the most useful in predicting an eruption from an undersea volcano, and why?O Infrasound; sound waves travel easily through water to accessible buoys.O Ground deformation detection; placing devices near undersea volcanoes is easy and practical.O Gas detection; gases produced from the site can distribute widely under water.O Seismograph; sensors detecting seismic waves are located on land.hpesc#2$%4

Volcanic eruptions happen once volcanic rock and gas discharge from a volcanic vent. Volcanic…

The table shows different technologies scientists use to monitor and predict volcanic eruptions. How It Works Installation Technology underwater microphones hung from buoys near a volcano senses low-frequency sound waves infrasound near a volcano ground deformation position of the ground around a senses change in the shape and sensors located at the base of a volcano detection volcano gas detectors installed at the top of a volcano seismograph located on land to sense ground measures the amount of gases in gas detection the air around a volcano senses seismic waves in the ground seismograph around a volcano movement Which technology would be the most useful in predicting an eruption from an undersea volcano, and why? O Infrasound; sound waves travel easily through water to accessible buoys. O Ground deformation detection; placing devices near undersea volcanoes is easy and practical. O Gas detection; gases produced from the site can distribute widely under water. O Seismograph; sensors detecting seismic waves are located on land.

The table shows different technologies scientists use to monitor and predict volcanic eruptions. How It Works Installation Technology underwater microphones hung from buoys near a volcano senses low-frequency sound waves infrasound near a volcano ground deformation position of the ground around a senses change in the shape and sensors located at the base of a volcano detection volcano gas detectors installed at the top of a volcano seismograph located on land to sense ground measures the amount of gases in gas detection the air around a volcano senses seismic waves in the ground seismograph around a volcano movement Which technology would be the most useful in predicting an eruption from an undersea volcano, and why? O Infrasound; sound waves travel easily through water to accessible buoys. O Ground deformation detection; placing devices near undersea volcanoes is easy and practical. O Gas detection; gases produced from the site can distribute widely under water. O Seismograph; sensors detecting seismic waves are located on land.