Which strategy can scientists use to learn about Earth's deepest layers?(1 point) Responses use mining technology to drill as deep as possible use mining technology to drill as deep as possible test how minerals change under low-temperature conditions test how minerals change under low-temperature conditions compare samples from different areas of Earth's crust compare samples from different areas of Earth's crust recreate high-pressure conditions in a laboratory
recreate high-pressure conditions in a laboratory.
What tool has allowed scientists to learn about the characteristics of Earth's layers?(1 point) Responses X-ray X-ray radar radar seismograph seismograph satellite
seismograph
What is the Mohorovičić discontinuity?(1 point) Responses the refraction of seismic waves the refraction of seismic waves the boundary between the crust and the mantle the boundary between the crust and the mantle the line where Earth's layers go from solid to liquid the line where Earth's layers go from solid to liquid the measurement of the speed of seismic waves
the boundary between the crust and the mantle
The strategy that scientists can use to learn about Earth's deepest layers is to recreate high-pressure conditions in a laboratory. This method involves simulating the extreme pressures found deep within the Earth by subjecting rocks and minerals to intense pressure using specialized equipment in a laboratory setting. By recreating these conditions, scientists can study how rocks and minerals behave under high pressure and gain insights into the properties and composition of Earth's deep layers. This approach provides valuable information about the Earth's interior without the need for expensive and challenging drilling operations.
