LE 1 CONCEPTS (M4 - M5.2) Flashcards

1
Q

“Matter can neither
be created nor
destroyed”

A

Conservation of Matter

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2
Q

“Energy cannot be created nor destroyed.”

A

Conservation of Energy

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3
Q

The total amount of energy
and matter is constant.

A

Conservation of Matter and Energy

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4
Q

Any arbitrary portion of or a whole process that you want to consider for analysis. Reactor, the cell, mitochondria, human body, section of a pipe

A

Systems

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5
Q

Type of System where material can enter through the boundaries

A

Open System

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6
Q

Type of system where material neither enters nor leaves the system. Changes can take place inside the system

A

Closed System

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7
Q

Type of system that cannot be observed

A

Isolated System

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8
Q

The output from the system is
the same as the contents of
the system

A

Completely mixed system

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9
Q

Each drop of fluid along the
direction of flow is unique and,
if no reactions take place, has
the same concentration and
properties as when it had first
entered the system

A

Plug flow system

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10
Q

Feed is fed at the beginning of the process

A

Batch process

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11
Q

The input and outputs flow continuously
throughout the duration of process

A

Continuous Process

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12
Q

Any process neither batch nor continuous

A

Semi-batch Process

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13
Q

the pollutant does not change form
over time

A

Conservative pollutant

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14
Q

pollutant that undergoes
physical, chemical, or biological processes inside the
system

A

Non-conservative pollutant

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15
Q

Energy can neither be created nor
destroyed (without nuclear reaction). It
may change forms

A

1st Law of Thermodynamics

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16
Q

allow energy and
matter to move into and out of the system freely

A

Open Energy Systems

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17
Q

allow energy but not mass to move into and out of the system freely

A

Closed Energy Systems

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18
Q

does not exchange heat, work, or material with the surroundings

A

Isolated system

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19
Q

a device that
harnesses the kinetic
energy of some fluid - such
as water, steam, air, or
combustion gases - and
turns this into the
rotational motion of the
device itself

A

turbine

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20
Q

The most common form of heat transfer and occurs via direct contact

A

Conduction

21
Q

transfer of heat by a mixing fluid

A

Convection

22
Q

generated from the emission of electromagnetic waves

A

Radiation

23
Q

Energy required to cause a phase change of a unit mass from a solid to a liquid at constant pressure

A

Latent heat of fusion or enthalpy of fusion

24
Q

Energy required to cause a phase change of a unit mass from a liquid to a gas at constant pressure

A

Latent heat of vaporization or enthalpy of vaporization

25
Q

Energy flows from a region of higher
concentration to one of lesser
concentration, and the quality
degrades as it transformed

A

2nd Law of Thermodynamics

26
Q

a left-over, a redundant product or material of no or marginal value for the owner and which the owner wants to discard

A

Solid wastes

27
Q

discipline associated with the control of generation, storage, collection, transfer and transport, processing, and disposal of solid wastes

A

Solid Waste Management

28
Q

RA 9003

A

Ecological Solid Waste Management Act of 2000

29
Q

RA 6969

A

Toxic Substances and Hazardous and Nuclear Waste Control Act of 1990

30
Q

RA 9275

A

Philippine Clean Water Act of 2004

31
Q

RA 8749

A

Philippine Clean Air Act of 1999

32
Q

PD 1586

A

Phil. Environmental Impact Statement System

33
Q

RA 9512

A

Environmental Awareness and Education Act of 2008

34
Q

Classification of Waste as defined by RA 9003

A
  • Compostables
  • Recyclables
  • Special Wastes
  • Residuals
35
Q

SP-2140

A

Plastic Bag Reduction Ordinance

36
Q

SP-2868

A

Total Plastic Ban in Retail

37
Q

SP-2876

A

Total Ban for single-use
plastics/disposable materials

38
Q

RA 11898

A

Extended Producer Responsibility (EPR) Act of 2022

39
Q

NSWMC

A

National Solid Waste Management Commission

40
Q

WACS

A

Waste Analysis and Characterization Study

41
Q

The amount of waste generated per person per day

A

Waste Generation Rate

42
Q

Elements of a SWM System

A
  • Solid Waste Generation
  • Handling and Storage
  • Collection
  • Transfer to Central Storage Facility
  • Processing Facility
  • Product Utilization
  • Disposal
43
Q

The 5Rs

A

Refuse, Reduce, Reuse, Repurpose, Recycle

44
Q

2 Types of Collection

A
  • Curbside Collection
  • Drop-off Center
45
Q

Facility wherein recyclables are
sorted according to the materials
the recycling market demands

A

Materials Recovery Facility (MRF)

46
Q

the transformation of organic material through decomposition into a biologically humus-rich substance suitable for growing plants

A

Composting

47
Q

using worms to recycle
food scraps and other organic material into a valuable soil amendment

A

Vermicomposting

48
Q

piling organic matter or
biodegradable waste in
long rows

A

Windrow Composting

49
Q
A