5.0
exactly 10
I assume that you mean the Richter scale and not richer scale. The Richter scale is a logarithmic (base 10) scale. An increase in magnitude of 2 represents an increase in amplitude by a factor of 100.
yes yes it does
At this stage the reason for rheumatoid factor is still unknown.
can color be a denitive factor in determinig a mineral
magnitude of past earthquakes in the area
The magnitude of most earthquakes is measured on the Richter scale, invented by Charles F. Richter in 1934. The Richter magnitude is calculated from the amplitude of the largest seismic wave recorded for the earthquake, no matter what type of wave was the strongest.
exactly 10
A 3.0 earthquake releases 1,000 times more energy than a 1.0 earthquake.
I assume that you mean the Richter scale and not richer scale. The Richter scale is a logarithmic (base 10) scale. An increase in magnitude of 2 represents an increase in amplitude by a factor of 100.
Earthquakes are classified on the Moment Magnitude scale based on the total amount of energy released. A difference of 1 on the scales (say a 5.0 and a 6.0) means an difference in intensity of a factor of 101.5 or approximately 32.
No, it is the other way round - higher numbers indicate a stronger earthquake. The factor 10 is correct, though.
Apparent magnitude is the brightness as observed from earth, while absolute magnitude is the brightness of a star at a set distance. The apparent magnitude considers the stars actual brightness as well as it's distance from us, but absolute magnitude takes the distance factor out so that star brightnesses can be directly compared.
There is not a common difference in energy released between magnitudes, the equation is exponential... So instead there is a difference in magnitude of 1.0 is equivalent to a factor of 31.6=(101.0)(3/2) in the energy released; a difference in magnitude of 2.0 is equivalent to a factor of 1000=(101.0)(3/2) in the energy released, and so on as you increase the inside exponent.
Every change of 1 on the Richter scale increases the amplitude of the measured seismic waves of the earthquake by a factor of 10 and the energy released scales with the shaking amplitude based on the following: Change in energy released = (10^Md)^(3/2) Where Md = difference in magnitude between two earthquakes (in the example above this is 3.0) Therefore a magnitude 6.0 earthquake releases (10^3.0)^(3/2) = 31,622 times more nergy than a magnitude 3.0 earthquake and has seismic waves with 1000 times larger amplitude.
We use the phrase "absolute magnitude" to describe how bright a star really is, and "apparent magnitude" to describe how bright it looks from Earth. The lower the number, the brighter the star. Like the Richter scale of earthquakes, the scale is logarithmic; a change of "1" indicates a difference of a factor of 10. For example, the bright red supergiant star Betelgeuse, at the upper left corner of the constellation Orion, has an absolute magnitude of -5.14, and an apparent magnitude of 0.58. Our Sun has an absolute magnitude of 4.83, and an apparent magnitude of -27.6.
magnitude of past earthquakes in the area