Which option correctly describes how scientists use seismic waves to locate an earthquake epicenter?(1 point) Responses The closer a seismograph is to the epicenter, the greater the time will be between the P waves and the S waves. Scientists can use data from one seismograph to find the epicenter. The closer a seismograph is to the epicenter, the greater the time will be between the P waves and the S waves. Scientists can use data from one seismograph to find the epicenter. The farther away a seismograph is from the epicenter, the greater the time will be between the P waves and the S waves. Scientists can use data from one seismograph to find the epicenter. The farther away a seismograph is from the epicenter, the greater the time will be between the P waves and the S waves. Scientists can use data from one seismograph to find the epicenter. The closer a seismograph is to the epicenter, the greater the time will be between the P waves and the S waves. Scientists must use data from several seismographs to find the epicenter. The closer a seismograph is to the epicenter, the greater the time will be between the P waves and the S waves. Scientists must use data from several seismographs to find the epicenter. The farther away a seismograph is from the epicenter, the greater the time will be between the P waves and the S waves. Scientists must use data from several seismographs to find the epicenter.
The correct option is: The closer a seismograph is to the epicenter, the greater the time will be between the P waves and the S waves. Scientists must use data from several seismographs to find the epicenter.
