5. A tank of gasoline has a mass of 1.500 Mg (Mega gram) and a volume of 2.205 x 10^6 cc (cubic centimeter) * 14,715 dynes 14,715 kg/m^3 14.715 KN 14,715 N/m^3 6. Given the mass of 1.500 Mg and a volume of 2.205 x 10^6 cc, what is the mass density? * 675 kg/m^3 685 Kg/m^3 690 kg/m^3 680 kg/m^3

5. A tank of gasoline has a mass of 1.500 Mg (Mega gram) and a volume of 2.205 x 10^6 cc (cubic centimeter) * 14,715 dynes 14,715 kg/m^3 14.715 KN 14,715 N/m^3 6. Given the mass of 1.500 Mg and a volume of 2.205 x 10^6 cc, what is the mass density? * 675 kg/m^3 685 Kg/m^3 690 kg/m^3 680 kg/m^3

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter9: Mass And Mass-related Variables In Engineering

Section: Chapter Questions

Problem 45P

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Question

5. A tank of gasoline has a mass of 1.500 Mg (Mega gram) and a volume of 2.205 x 10^6 cc (cubic
centimeter) *
14,715 dynes
14,715 kg/m^3
14.715 KN
14,715 N/m^3
6. Given the mass of 1.500 Mg and a volume of 2.205 x 10^6 cc, what is the mass density? *
675 kg/m^3
685 Kg/m^3
690 kg/m^3
680 kg/m^3

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