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> Science Week Quiz - Leaving Cert
Title
Science Week Quiz - Leaving Cert
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Publish date
2010-11-08 11:07:09
Subject
Science
Grade
Senior Cycle
Resource types
Assignment
Matches with
Irish Curriculum
Senior Cycle
Chemistry
Ordinary level
IX. Environmental chemistry: Water
1. pH scale
2. Hardness in water
3. Water treatment
4. Water analysis
I. Periodic table and atomic structure
1. Periodic table
2. Atomic structure
3. Radioactivity
4. Electronic structure of atoms
5. Oxidation and reduction
V. Fuels and heats of reaction
1. Sources of hydrocarbons
2. Structure of aliphatic hydrocarbons
3. Aromatic hydrocarbons
4. Exothermic and endothermic reactions
5. Oil refining and its products
6. Other chemical fuels
X. Options 1
1. Additional industrial chemistry (General principles)
1. Additional industrial chemistry (Case study)
2. Atmospheric chemistry (Oxygen)
2. Atmospheric chemistry (Nitrogen)
2. Atmospheric chemistry (Carbon dioxide)
2. Atmospheric chemistry (Atmospheric pollution)
2. Atmospheric chemistry (The ozone layer)
II. Chemical bonding
1. Chemical compounds
2. Ionic bonding
3. Covalent bonding
4. Electronegativity
5. Shapes of molecules and intermolecular forces
VI. Rates of reaction
1. Reaction rates
2. Factors affecting rates of reaction
VII. Organic chemistry
1. Tetrahedral carbon
2. Planar carbon
3. Organic chemical reaction types
4. Organic natural products
5. Chromatography and instrumentation in organic chemistry
XI. Options 2
2. Additional electrochemistry and the extraction of metals (d-Block metals)
1. Materials (Crystals)
1. Materials (Addition polymers)
1. Materials (Metals)
2. Additional electrochemistry and the extraction of metals (The electrochemical series)
2. Additional electrochemistry and the extraction of metals (Electrolysis of molten salts)
2. Additional electrochemistry and the extraction of metals (Corrosion)
2. Additional electrochemistry and the extraction of metals (Strongly electropositive metals (Na and Al))
III. Stoichiometry, formulas and equations
1. States of matter
2. Gas laws
3. The mole
4. Chemical formulas
5. Chemical equations
VIII. Chemical equilibrium
1. Chemical equilibrium
2. Le Chatelier’s Principle
IV. Volumetric analysis
2. Acids and bases
3. Volumetric analysis
1. Concentration of solutions
Higher level
IX. Environmental chemistry: Water
1. pH scale
2. Hardness in water
3. Water treatment
4. Water analysis
I. Periodic table and atomic structure
1. Periodic table
2. Atomic structure
3. Radioactivity
4. Electronic structure of atoms
5. Oxidation and reduction
V. Fuels and heats of reaction
1. Sources of hydrocarbons
2. Structure of aliphatic hydrocarbons
3. Aromatic hydrocarbons
4. Exothermic and endothermic reactions
5. Oil refining and its products
6. Other chemical fuels
X. Options 1
1. Additional industrial chemistry (General principles)
1. Additional industrial chemistry (Case study)
2. Atmospheric chemistry (Oxygen)
2. Atmospheric chemistry (Nitrogen)
2. Atmospheric chemistry (Carbon dioxide)
2. Atmospheric chemistry (Atmospheric pollution)
2. Atmospheric chemistry (The ozone layer)
II. Chemical bonding
1. Chemical compounds
2. Ionic bonding
3. Covalent bonding
4. Electronegativity
5. Shapes of molecules and intermolecular forces
6. Oxidation numbers
VI. Rates of reaction
1. Reaction rates
2. Factors affecting rates of reaction
VII. Organic chemistry
1. Tetrahedral carbon
2. Planar carbon
3. Organic chemical reaction types
4. Organic natural products
5. Chromatography and instrumentation in organic chemistry
XI. Options 2
2. Additional electrochemistry and the extraction of metals (Strongly electropositive metals (Na and Al))
2. Additional electrochemistry and the extraction of metals (d-Block metals)
1. Materials (Crystals)
1. Materials (Addition polymers)
1. Materials (Metals)
2. Additional electrochemistry and the extraction of metals (The electrochemical series)
2. Additional electrochemistry and the extraction of metals (Electrolysis of molten salts)
2. Additional electrochemistry and the extraction of metals (Corrosion)
III. Stoichiometry, formulas and equations
1. States of matter
2. Gas laws
3. The mole
4. Chemical formulas
5. Chemical equations
VIII. Chemical equilibrium
2. Le Chatelier’s Principle
1. Chemical equilibrium
IV. Volumetric analysis
1. Concentration of solutions
2. Acids and bases
3. Volumetric analysis
Biology
Higher level
I. The study of life
1. The scientific method
2. The characteristics of life
3. Nutrition
4. General principles of ecology
5. A study of an ecosystem
II. The cell
1. Cell structure
2. Cell metabolism
3. Cell continuity
4. Cell diversity
5. Genetics
III. The organism
1. Diversity of organisms
2. Organisation and the vascular structures
3. Transport and nutrition
4. Breathing system and excretion
5. Responses to stimuli
6. Reproduction and growth
Ordinary level
I. The study of life
1. The scientific method
2. The characteristics of life
3. Nutrition
4. General principles of ecology
5. A study of an ecosystem
II. The cell
1. Cell structure
2. Cell metabolism
3. Cell continuity
4. Cell diversity
5. Genetics
III. The organism
6. Reproduction and growth
1. Diversity of organisms
2. Organisation and the vascular structures
3. Transport and nutrition
4. Breathing system and excretion
5. Responses to stimuli
Physics
Ordinary level
I. Mechanics
Motion (Linear motion)
Motion (Vectors and Scalars)
Forces (Newton’s laws of motion)
Forces (Conservation of momentum)
Forces (Gravity)
Forces (Density and pressure)
Forces (Moments)
Forces (Conditions for equilibrium)
Energy (Work)
Energy (Energy)
Energy (Power)
IV. Waves
Properties of waves
Wave phenomena
Doppler effect
VII. Electricity
Electric current ( Domestic circuits)
Electromagnetism (Magnetism)
Electromagnetism (Magnetic fields)
Electromagnetism (Current in a magnetic field)
Electromagnetism (Electromagnetic induction)
Electromagnetism (Alternating current)
Electromagnetism (Concepts of mutual induction and self-induction)
Charges (Electrification by contact)
Charges (Electrification by induction)
Charges (Distribution of charge on conductors)
Charges (Electroscope)
Electric field (Force between charges)
Electric field (Electric fields)
Electric field (Potential difference)
Capacitance (Capacitors and capacitance)
Electric current (Electric current)
Electric current (Sources of emf and electric current)
Electric current (Conduction in materials)
Electric current (Resistance)
Electric current (Potential)
Electric current ( Effects of electric current)
VIII Modern physics
The electron (The electron)
The electron (Thermionic emission)
The electron (Photoelectric emission)
The electron (X-rays)
The nucleus (Structure of the atom)
The nucleus (Structure of the nucleus)
The nucleus (Radioactivity)
The nucleus (Nuclear energy)
The nucleus (Ionising radiation and health hazards)
V. Vibrations and sound
Wave nature of sound
Characteristics of notes
Resonance
Vibrations in strings and pipes
Sound intensity level
VI. Light
Wave nature of light (Diffraction and interference)
Wave nature of light (Light as a transverse wave motion)
Wave nature of light (Dispersion)
Wave nature of light (Colours)
Wave nature of light (Electromagnetic spectrum)
Wave nature of light (The spectrometer)
Reflection (Laws of reflection)
Reflection (Mirrors)
Refraction (Laws of refraction)
Refraction (Total internal reflection)
Refraction (Lenses)
II. Temperature
Concept of temperature
Thermometric properties
Thermometers
III. Heat
Quantity of heat (Heat capacity, specific heat capacity)
Quantity of heat (Latent heat, specific latent heat)
Heat transfer (Conduction)
Heat transfer (Convection)
Heat transfer (Radiation)
Concept of heat
Higher level
IV. Waves
Properties of waves
Wave phenomena
Doppler effect
VII. Electricity
Electromagnetism ( Concepts of mutual induction and self-induction)
Charges (Electrification by contact)
Charges (Electrification by induction)
Charges (Distribution of charge on conductors)
Charges (Electroscope)
Electric field (Force between charges)
Electric field (Electric fields)
Electric field (Potential difference)
Capacitance (Capacitors and capacitance)
Electric current (Electric current)
Electric current (Sources of emf and electric current)
Electric current (Conduction in materials)
Electric current (Resistance)
Electric current (Potential)
Electric current (Effects of electric current)
Electric current (Domestic circuits)
Electromagnetism (Magnetism)
Electromagnetism (Magnetic fields)
Electromagnetism (Current in a magnetic field)
Electromagnetism (Electromagnetic induction)
Electromagnetism (Alternating current)
VIII Modern physics
The electron (The electron)
The electron (Thermionic emission)
The electron (Photoelectric emission)
The electron (X-rays)
The nucleus (Structure of the atom)
The nucleus (Structure of the nucleus)
The nucleus (Radioactivity)
The nucleus (Nuclear energy)
The nucleus (Ionising radiation and health hazards)
V. Vibrations and sound
Wave nature of sound
Characteristics of notes
Resonance
Vibrations in strings and pipes
Sound intensity level
VI. Light
Wave nature of light (The spectrometer)
Reflection (Laws of reflection)
Reflection (Mirrors)
Refraction (Laws of refraction)
Refraction (Total internal reflection)
Refraction (Lenses)
Wave nature of light (Diffraction and interference)
Wave nature of light (Light as a transverse wave motion)
Wave nature of light (Dispersion)
Wave nature of light (Colours)
Wave nature of light (Electromagnetic spectrum)
II. Temperature
Concept of temperature
Thermometric properties
Thermometers
Option 1:Particle physics
1. Conservation of energy and momentum in nuclear reactions
2. Acceleration of protons
3. Converting mass into other forms of energy
4. Converting other forms of energy into mass
5. Fundamental forces of nature
6. Families of particles
7. Anti-matter
8. Quark model
III. Heat
Concept of heat
Quantity of heat (Heat capacity, specific heat capacity)
Quantity of heat (Latent heat, specific latent heat)
Heat transfer (Conduction)
Heat transfer (Convection)
Heat transfer (Radiation)
I. Mechanics
Forces (Conservation of momentum)
Forces (Circular motion)
Forces (Gravity)
Forces (Density and pressure)
Forces (Moments)
Forces (Conditions for equilibrium)
Forces (Simple harmonic motion (SHM) and Hooke’s law)
Energy (Work)
Energy (Energy)
Energy ( Power)
Motion (Linear motion)
Motion (Vectors and Scalars)
Forces (Newton’s laws of motion)
Option 2: Applied electricity
1. Current in a solenoid
2. Current in a magnetic field
3. Electromagnetic induction
4. Alternating current
5. Applications of diode
6. The transistor
7. Logic gates
Keywords
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week
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Mitochondria
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eukaryotic cell
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unsaturated
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information centre
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genetic information
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mRNA
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nucleoli
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Content of the cell nucleus
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synthesis
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pH
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erythrocyte
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concentration
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sodium chloride
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battery
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blood plasma
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organic substance
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insulin
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testosterone
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blood pressure
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consumption
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potential
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Homeostasis
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ion concentration
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bat
,
intensity
,
glucagon
,
adrenal cortex
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steroid hormone
,
aldosterone
,
glucocorticoids
,
oestrogens
,
glucose concentration
,
beta cells
,
oxygen atom
,
stable
,
Claude Bernard
,
Bernard
,
Walter Cannon
,
Cannon
,
kidney failure
,
haemodialysis
,
cleansing fluid
,
artificial kidney
,
transported
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kidney transplantation
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dialysis machine
,
Artificial kidneys and kidney transplantation
,
electromagnetic
,
β cells
,
toxicity
,
poisoning
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model
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Limiting factor
,
Optimum
,
light intensity
,
amount of light
,
rate of photosynthesis
,
Influence of some factors on the rate of photosynthesis
,
heavy metal
,
atmosphere
,
carbon compounds
,
theories
,
science
,
ultrasound
,
biological activity
,
sound wave
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fossil fuel
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pesticide
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hydrocarbons
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hydrocarbon
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cadmium
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vinyl chloride
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sonar
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dangers
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bond
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determination
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oven
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acid solution
,
molecular formula
,
empirical formula
,
sediment
,
Democritus
,
atomic
,
atoms theory
,
Dalton's atom
,
John Dalton
,
helium atom
,
sulphur atom
,
atomic theories
,
atomos
,
dalton's
,
democritus'
,
Democritus' and Dalton's atomic theories
,
electric charge
,
chromium
,
carbon atom
,
wavelength
,
microwaves
,
electromagnetic wave
,
combustion test
,
argon
,
valence electrons
,
single bond
,
double bond
,
triple bond
,
bonds
,
malleable
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malleable metal
,
sodium hydroxide
,
structural formula
,
covalent bonds
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desiccating agent
,
arsenic
,
halogen atom
,
furnace
,
organic chemistry
,
chemistry
,
Wohler
,
bonds number
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chemistry?
,
What is organic chemistry?
,
carbon chain
,
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hydrocarbon substances
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hydrocarbons molecules
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crude oil structure
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radar
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look
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due
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oscillation
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close
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see-saw
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force arm
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moment of a force
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A see-saw
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statically charged
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earthing
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discharge
,
potential difference
,
spark
,
static charge
,
sparks
,
Dangers due to discharge sparks
,
A close look at current
,
acoustic
,
cell phone
,
acoustic wave
,
microwave oven
,
police radar
,
police
,
relay station
,
SI unit prefix
,
heavy
,
stability
,
bone remodelling
,
vitamin D3
,
steroid hormone synthesis
,
cholesterol synthesis
,
estradiol
,
vitamin D synthesis
,
provitamin D3
,
mineralocorticoids
,
androgens
,
bile acid
,
synthesis of vitamin D
,
cholesterol breakdown
,
Cholesterol - a substrate for the synthesis of important compounds
,
protein molecule
,
nutrient concentration
,
β cell
,
α cell
,
α cells
,
mmHg
,
beta cell
,
alpha cell
,
alpha cells
,
optimum values
,
physiological variables
,
physiological variable
,
optimum value
,
NaCl concentration
,
Homeostasis - the stability of the internal environment
,
tetrachloromethane
,
dichloromethane
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combustion product
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chloromethane
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insoluble salt
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aromatic compound
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anhydrous
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haloalkane
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unsaturated compound
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trichloromethane
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methylbenzene
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colourless flame
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elementary carbon
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elementary analysis
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Minamata disease
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chemical plant
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mercury salt
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nervous system disorder
,
tetraethyl lead
,
lead compound
,
anti-corrosion pigment
,
Pollution with heavy metals
,
cert
,
quiz
,
science week quiz leaving cert
List of resources
Type
Name
1.
[Student activity]
Influence of some factors on the rate of photosynthesis
2.
[Student activity]
Content of the cell nucleus
3.
[Student activity]
Artificial kidneys and kidney transplantation
4.
[Student activity]
Homeostasis – the stability of the internal environment
5.
[Student activity]
Cholesterol – a substrate for the synthesis of important compounds
6.
[Student activity]
A close look at current
7.
[Student activity]
Dangers due to discharge sparks
8.
[Student activity]
Echolocation
9.
[Student activity]
A see-saw
10.
[Student activity]
Microwaves
11.
[Student activity]
Democritus' and Dalton's atomic theories
12.
[Student activity]
Combustion tests
13.
[Student activity]
What is organic chemistry?
14.
[Student activity]
Crude oil
15.
[Student activity]
Pollution with heavy metals
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[Class assignment]
Science Week Quiz - Leaving Cert
Resources included in class assignment:
[Student activity]
Influence of some factors on the rate of photosynthesis
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Content of the cell nucleus
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Artificial kidneys and kidney transplantation
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Homeostasis – the stability of the internal environment
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Cholesterol – a substrate for the synthesis of important compounds
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
A close look at current
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Dangers due to discharge sparks
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Echolocation
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
A see-saw
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Microwaves
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Democritus' and Dalton's atomic theories
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Combustion tests
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
What is organic chemistry?
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Crude oil
School licence
till 2013-05-21
Price:
1.50 Credits
[Student activity]
Pollution with heavy metals
School licence
till 2013-05-21
Price:
1.50 Credits
School licence for all resources included in this class assignment
Licence till: 2013-05-21
Total price:
22.5 Credits
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