f the Richter scale is altered so that it compares energy released instead of intensity, the definition of the scalebecomes M2−M1=log31(E2/E1). a) If the magnitude of an earthquake is increased by 2 on the scale, by what factor is the energy released multiplied? b) What is the magnitude of an earthquake that releases 150 times the energy of an earthquake with magnitude 5.5? c) How many times greater is the energy released from an earthquake with magnitude 8.0 than that of an earthquake with magnitude 5.5?
f the Richter scale is altered so that it compares energy released instead of intensity, the definition of the scalebecomes M2−M1=log31(E2/E1). a) If the magnitude of an earthquake is increased by 2 on the scale, by what factor is the energy released multiplied? b) What is the magnitude of an earthquake that releases 150 times the energy of an earthquake with magnitude 5.5? c) How many times greater is the energy released from an earthquake with magnitude 8.0 than that of an earthquake with magnitude 5.5?
Chapter10: Exponential And Logarithmic Functions
Section10.3: Evaluate And Graph Logarithmic Functions
Problem 10.53TI: In 1906, San Francisco experienced an intense earthquake with a magnitude of 7.8 on the Richter...
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f the Richter scale is altered so that it compares energy released instead of intensity, the definition of the scalebecomes M2−M1=log31(E2/E1).
a) If the magnitude of an earthquake is increased by 2 on the scale, by what factor is the energy released multiplied?
b) What is the magnitude of an earthquake that releases 150 times the energy of an earthquake with magnitude 5.5?
c) How many times greater is the energy released from an earthquake with magnitude 8.0 than that of an earthquake with magnitude 5.5?
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