Which statement describes the focus of an earthquake? it creates stress in rock. it develops in the lithosphere. it lies above the surface where rock breaks. it begins about 5 kilometers below earth’s surface.
Which Statement Describes The Focus Of An Earthquake? It Creates Stress In Rock. It Develops In The Lithosphere. It Lies Above The Surface Where Rock Breaks. It Begins About 5 Kilometers Below Earth’s Surface.
Best apk References website
Which Statement Describes The Focus Of An Earthquake? It Creates Stress In Rock. It Develops In The Lithosphere. It Lies Above The Surface Where Rock Breaks. It Begins About 5 Kilometers Below Earth’s Surface.. It develops in the lithosphere. It measures data used to find the difference between the arrival times of surface.
Types Of Faults And Stress from ar.inspiredpencil.com
It measures data used to find the difference between the arrival times of surface. It begins about 5 kilometers below. It creates stress in rock.
It Uses A Needle On Graph Paper To Measure Seismic Wave Activity.
Explanation the focus of an earthquake, also known as the hypocenter, is the point within the earth where the earthquake starts. The focus of an earthquake is the point where rock breaks and slips, causing an earthquake. It begins about 5 kilometers below.
Which Of These Factors Is Involved In Earthquake Formation?
It develops in the lithosphere. It lies above the surface where rock breaks. When rocks begin to fracture and slip at the focus, they create stress that is released as seismic waves, causing the shaking associated with earthquakes.
It Develops In The Lithosphere.
What happens when stress builds at faults? Which statement describes the focus of an earthquake? It begins about 5 kilometers below.
It Lies Above The Surface Where Rock Breaks.
It is the starting point of an earthquake. It creates stress in rock. Which statement describes the focus of an earthquake?
It Is The Location Where The Stress In The Rock Is.
It develops in the lithosphere. It creates stress in rock. It creates stress in rock.