The magnitude of an earthquake is a measure of how intense it was, measured on what is called the Richter scale, Most people will not notice an earthquake of 3 on the scale, most will notice 4 easily, but no damage is done. A measure of 6 on the Richter scale will break a lot of windows and crockery, and crack some building foundations. 7 on the scale will do considerable damage - some buildings will collapse outright, highway overpasses may come down. 8 on the Richter scale will be widespread, devastating damage.
Probably Magnitude 10.
the largest earth quake recorded was a 9.9 magnitude earth quake in japan
The difference between magnitude and intensity is.... Intensity is the effects of the earth quake. aka: damage and devastation. Magnitude is the strength of the earth quake that is measured by the Richter Scale. (correct me if im wrong at all) :)
The amplitude (height) of the seismic waves in a magnitude 8 earthquake will be ten times larger than in a magnitude 7 quake. This equates to approximately 31 times more energy.
a micro quake is an earthquake that is on the magnitude of below 2.0. we can rarely feel them and they happen all over the world
7.6
2011
Probably Magnitude 10.
the Northridge quake was a 6.7 magnitude and the Chino Hills quake was a 5.4, so the Northridge quake was stronger
The difference between magnitude and intensity is.... Intensity is the effects of the earth quake. aka: damage and devastation. Magnitude is the strength of the earth quake that is measured by the Richter Scale. (correct me if im wrong at all) :)
the largest earth quake recorded was a 9.9 magnitude earth quake in japan
A magnitude 8 earthquake is 100 times stronger than a magnitude 6 quake.
7.9 magnitude of 1906 quake.
It had a five minute duration and a magnitude of 9.2.
It was 23 feet high and the quake was magnitude 8.9.
The magnitude of the earthquake was 7.0. The first estimates were of a 7.3 Richter magnitude quake. and the highest aftershocks were 5.9 on the Richter scale
The energy of an earthquake magnitude can be measured using the moment magnitude scale. The energy released by an earthquake is directly proportional to the magnitude of the earthquake. Each unit increase in magnitude represents a 32-fold increase in energy release. So, the energy of an earthquake magnitude can vary significantly depending on the specific magnitude.