Seismogram

Scientists used the seismogram to determine the location and magnitude of the earthquake.

The seismogram provided valuable data about the earthquake's focal depth and location.

The seismogram captured the seismic waves generated by the earthquake.

The seismogram graphed the amplitude and duration of the earthquake's seismic waves.

The seismogram displayed a distinctive spike when the earthquake struck.

The seismogram demonstrated the difference between primary and secondary seismic waves.

The seismogram revealed the seismic activity on the planet's surface.

The seismogram measures the energy released by an explosion.

The seismogram depicted the strength of the seismic waves during the earthquake.

The seismogram was sent to the National Earthquake Information Center for analysis.

The seismogram indicated that the earthquake lasted for several minutes, causing widespread panic.

A seismogram can help predict the likelihood of an earthquake.

The seismogram measured the magnitude of a massive earthquake on the planet's surface.

The seismogram was able to detect a small tremor that was otherwise undetectable.

The seismogram revealed that the earthquake had occurred at a depth of 10 kilometers.

The seismogram revealed the propagation of the seismic waves through different types of rocks and soils.

The seismogram was displayed on a large monitor in the emergency operations center, allowing responders to track the earthquake's impact in real time.

The seismogram helped authorities to predict aftershocks after the main earthquake.

The seismogram recorded the impact of a meteorite on the surface of the asteroid.

The seismogram provided vital data for earthquake forecasting.

The seismogram traced the path of the seismic wave as it traveled through the earth's layers.

The seismogram helped astronomers understand the internal structure of the gas giant Neptune.

The seismogram was recorded on a drum covered with paper coated with soot.

The seismogram detected a large impact event on the surface of the Moon.

The seismogram showed that the earthquake had a duration of 30 seconds.

The seismogram indicated that the earthquake was of a moderate magnitude.

The scientists analyzed the seismogram to determine the earthquake's epicenter.

The scientists studied the seismogram to determine the depth of the earthquake's epicenter.

The seismogram was used to study the characteristics of seismic waves from distant earthquakes.

The seismogram depicted the earthquake's movement and trajectory.

The seismogram was used to create a seismic hazard map of the region.

The scientists used a seismogram to analyze the seismic activity on the moon.

The seismogram is an important tool for detecting and monitoring underground nuclear tests.

The seismogram indicated that the earthquake had a magnitude of 7.5 on the Richter scale.

The seismogram displayed the earthquake's frequency and amplitude.

The seismogram was displayed in the news to inform the public about the earthquake.

The seismogram indicated that the earthquake had a magnitude of 6.0.

The seismogram recorded the seismic activity for the entire day.

The seismogram showed a pattern of aftershocks following a major earthquake.

The seismogram allowed the astronomers to study the interior structure of Mercury.

The seismogram was analyzed by experts to determine the location of the earthquake's epicenter.

A seismogram can help scientists understand the movement of tectonic plates.

The seismogram showed that the earthquake's intensity varied at different locations.

The seismogram measured the ground motion caused by an underground explosion.

The seismogram tracked the seismic activity in the area during a specific time period.

The seismogram was used to simulate the earthquake's effects on critical infrastructure such as dams and power plants.

The scientists used a seismogram to monitor the ground motion.

The seismogram data was subjected to advanced signal processing techniques to filter out background noise.

The seismogram showed a clear pattern of ground vibration from the seismic event.

The seismogram was used to study the seismic activity of the ocean floor.