1) The magnitude M (moment magnitude) of an earthquake is represented by the equation M = log (-)where= 104.4 joules is the assigned minimumE is the amount of energy released by the earthquake in joules and Eomeasured released by an earthquake. What is the magnitude of an earthquake that released 1.4 · 1013 joules ofenergy? Round to 2 decimal places.2) The population of a small town is modeled by the equation y = 1650e0.5t where t is measured in years.a) In approximately how many years will the town's population reach 20,000? Round to the tenth of a year.b) What is the doubling time for the population? Round to 3 decimal places.

The magnitude of earthquake M is given as, M = 23logEEo Given, E = 1.4 ×1013 J and Eo = 104.4 J…

1) The magnitude M (moment magnitude) of an earthquake is represented by the equation M = log () where 104.4 joules is the assigned minimum E is the amount of energy released by the earthquake in joules and Eo measured released by an earthquake. What is the magnitude of an earthquake that released 1.4 · 1013 joules of %3D energy? Round to 2 decimal places. 2) The population of a small town is modeled by the equation y = 1650e0.5t where t is measured in years. a) In approximately how many years will the town's population reach 20,000? Round to the tenth of a year. b) What is the doubling time for the population? Round to 3 decimal places.

1) The magnitude M (moment magnitude) of an earthquake is represented by the equation M = log () where 104.4 joules is the assigned minimum E is the amount of energy released by the earthquake in joules and Eo measured released by an earthquake. What is the magnitude of an earthquake that released 1.4 · 1013 joules of %3D energy? Round to 2 decimal places. 2) The population of a small town is modeled by the equation y = 1650e0.5t where t is measured in years. a) In approximately how many years will the town's population reach 20,000? Round to the tenth of a year. b) What is the doubling time for the population? Round to 3 decimal places.

Linear Algebra: A Modern Introduction

4th Edition

ISBN:9781285463247

Author:David Poole

Publisher:David Poole

Chapter6: Vector Spaces

Section6.7: Applications

Problem 14EQ

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