Nuclear power plants can prepare for most problems that it may run into, but not everything can be perfect. These protections can protect against most earthquakes, however, earthquakes can get to be very powerful. An earthquake’s magnitude can be measured on a scale developed in 1935 by Charles F. Richter, called the Richter Scale. The scale measures in a whole digit followed by decimal fractions, so it can be read like a 2.3, or a 7.9 earthquake. The scale measure goes from low to high, with each whole number increase representing a tenfold increase in magnitude. Earthquakes that measure around or below a 2.0 can barely be felt even by people who are right on top of the epicenter, or center of the earthquake. These quakes are also called microquakes because they are not very strong. A moderately strong earthquake measures around a 5.0 earthquake. These earthquakes can be felt, but will almost never cause major damage or pose too much of a threat to people. Once an earthquake gets to be around a 6.0 it can be considered a strong earthquake. Once earthquakes get more powerful than this they can and do cause major damage and can be a major threat to everyone within the quake
Nuclear power plants can prepare for most problems that it may run into, but not everything can be perfect. These protections can protect against most earthquakes, however, earthquakes can get to be very powerful. An earthquake’s magnitude can be measured on a scale developed in 1935 by Charles F. Richter, called the Richter Scale. The scale measures in a whole digit followed by decimal fractions, so it can be read like a 2.3, or a 7.9 earthquake. The scale measure goes from low to high, with each whole number increase representing a tenfold increase in magnitude. Earthquakes that measure around or below a 2.0 can barely be felt even by people who are right on top of the epicenter, or center of the earthquake. These quakes are also called microquakes because they are not very strong. A moderately strong earthquake measures around a 5.0 earthquake. These earthquakes can be felt, but will almost never cause major damage or pose too much of a threat to people. Once an earthquake gets to be around a 6.0 it can be considered a strong earthquake. Once earthquakes get more powerful than this they can and do cause major damage and can be a major threat to everyone within the quake