16Which of the following statement is true about eco-properties of material production? *O co, footprint is the amount of CO, released into the atmosphere per unit mass of produced material.None of them.All of them.Embodied energy is the energy to produce unit mass of usable material.It is not feasible to estimate embodied energy via the thermodynamics of the processes involved in materialproduction because the thermodynamic efficiencies of processes are quite low.The embodied energy can be found by monitoring the total energy input to the production plant and dividingthis total by the quantity of usable material shipped out of the plant over a fixed period of time.

Cabon footprint is defined as the total greenhouse gas emissions caused by an organization using…

16 Which of the following statement is true about eco-properties of material production? * O CO, footprint is the amount of CO; released into the atmosphere per unit mass of produced material. O None of them. O All of them. Embodied energy is the energy to produce unit mass of usable material.

16 Which of the following statement is true about eco-properties of material production? * O CO, footprint is the amount of CO; released into the atmosphere per unit mass of produced material. O None of them. O All of them. Embodied energy is the energy to produce unit mass of usable material.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question

16
Which of the following statement is true about eco-properties of material production? *
O co, footprint is the amount of CO, released into the atmosphere per unit mass of produced material.
None of them.
All of them.
Embodied energy is the energy to produce unit mass of usable material.
It is not feasible to estimate embodied energy via the thermodynamics of the processes involved in material
production because the thermodynamic efficiencies of processes are quite low.
The embodied energy can be found by monitoring the total energy input to the production plant and dividing
this total by the quantity of usable material shipped out of the plant over a fixed period of time.

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