Carbon Dating Exposed

Term	Definition
Isotope	Atoms of the same element with different numbers of neutrons (e.g., C12, C13, C14)
Half-life	Time for half of a radioactive substance to decay (C14 = 5,730 years)
Calibration Curve	Chart used to convert raw C14 measurements to calendar years
Reservoir Effect	When organisms absorb "old" carbon, making them appear older than they are
Contamination	Introduction of foreign carbon that skews results
Background	Minimum detectable signal; sets practical age limit
Closed System	Assumption that no carbon entered or left the sample after death
Suess Effect	Dilution of atmospheric C14 by burning fossil fuels (since Industrial Revolution)
Bomb Pulse	Spike in atmospheric C14 from nuclear testing (1950s-1960s)
Detection Limit	Maximum age that can be measured (~50,000-60,000 years for C14)
Error Margin	Range of uncertainty in a measurement (reported as +/- years)
Old Carbon	Carbon depleted in C14, often from geological sources

LESSON 1: WHAT IS RADIOCARBON?

THE BASICS

Carbon-14 (C14) is a radioactive isotope of carbon. It forms in the upper atmosphere and is absorbed by all living things.

How Carbon-14 Forms

Cosmic rays from space strike nitrogen atoms (N14) in the upper atmosphere, converting them to .

This radioactive carbon combines with oxygen to form CO2, which is absorbed by through photosynthesis.

Animals eat plants, and all living things maintain a ratio of C14 to C12 that matches the .

What Happens at Death

When an organism dies, it stops taking in new carbon.

The C14 in its body begins to back into nitrogen.

The half-life of C14 is approximately years.

KEY LIMITATION

Radiocarbon dating works only on organic materials (things that were once alive).

It does NOT work on rocks, metals, or minerals!

The Dating Calculation

Scientists measure the ratio of C14 to C12 remaining in a sample.

They compare this ratio to what is assumed for the living organism.

Using the half-life, they calculate how long ago the organism .

Psalm 119:160
"The sum of Your word is truth, and every one of Your righteous judgments endures forever."

Multiple Choice

1. Carbon-14 is formed when cosmic rays strike:

○ A) Carbon atoms
○ B) Nitrogen atoms
○ C) Oxygen atoms
○ D) Hydrogen atoms

2. The half-life of Carbon-14 is approximately:

○ A) 57 years
○ B) 573 years
○ C) 5,730 years
○ D) 57,300 years

3. Carbon-14 dating can be used on:

○ A) Rocks and minerals
○ B) Organic materials only
○ C) Metals
○ D) Any material

True or False

1. Carbon-14 dating works on volcanic rocks.
○ True ○ False - Correction:

2. Living organisms maintain a C14/C12 ratio matching the atmosphere.
○ True ○ False - Correction:

3. C14 decays into oxygen after death.
○ True ○ False - Correction:

RECALL EXERCISE

Close this workbook. Write from memory:

How C14 forms in the atmosphere
The half-life of C14
What types of materials C14 dating works on

TEACH-BACK CHALLENGE

Explain to someone how radiocarbon dating works in simple terms.

Person taught: Date:

SCRIPTURE MEMORY: Exodus 20:11

"For in six days Yahuah made heaven and earth, the sea, and all that in them is..."

Day 1: Read 5x Day 3: Recite from memory Day 7: Write from memory

APPLICATION STEP

Research: Look up "radiocarbon dating basics" and note what they assume Discuss: Ask someone what they think carbon dating proves

LESSON 2: THE THREE CORE ASSUMPTIONS

CRITICAL UNDERSTANDING

Every radiocarbon date depends on three unprovable assumptions. If any assumption is wrong, the date is wrong.

Assumption #1: Known Initial Ratio

Scientists assume they know how much C14 was in the organism when it .

This assumes the atmospheric C14/C12 ratio has always been the as today.

The Problem:
We cannot travel back in time to measure past atmospheric ratios. This is an , not a measurement.

Assumption #2: Constant Decay Rate

Scientists assume C14 has always decayed at exactly the same .

While decay rates appear constant today, we cannot prove they were identical throughout history.

Assumption #3: Closed System

Scientists assume no C14 has been or removed from the sample since death.

This is called the "closed system" assumption.

THE CRITICAL QUESTION

When presented with a radiocarbon date, always ask:

What was measured? (the actual data)
What was assumed? (the interpretations)
What is the margin of error? (the uncertainty)

Assumptions vs. Measurements

What is MEASURED	What is ASSUMED
Current C14/C12 ratio in sample	Initial C14/C12 ratio when alive
Number of C14 atoms detected	Decay rate has never changed
Sample composition today	No contamination occurred

Multiple Choice

1. The "closed system" assumption means:

○ A) The lab doors were closed during testing
○ B) No carbon was added or removed after death
○ C) The atmosphere was closed off
○ D) Only scientists can access the data

2. If the initial C14 ratio was different than assumed, the calculated age would be:

○ A) Exactly correct
○ B) Wrong
○ C) Unaffected
○ D) More accurate

True or False

1. Scientists can directly measure the initial C14 ratio of ancient samples.
○ True ○ False - Correction:

2. All three assumptions must be true for C14 dates to be accurate.
○ True ○ False - Correction:

RECALL EXERCISE

Close this workbook. Write the three core assumptions from memory:

TEACH-BACK CHALLENGE

Explain the three assumptions to someone and why they matter.

Person taught: Date:

APPLICATION STEP

When you hear a carbon date, ask: "What assumptions went into that calculation?" Practice distinguishing between measurements and assumptions in scientific claims

LESSON 3: CALIBRATION CURVES AND CHANGING ATMOSPHERE

THE PROBLEM

Raw radiocarbon measurements must be "calibrated" because the atmospheric C14 level has NOT been constant.

Why Calibration is Needed

Scientists discovered that raw C14 ages don't match known historical dates.

The atmospheric C14/C12 ratio has significantly over time.

Therefore, scientists created calibration curves to adjust raw dates.

Factors That Change Atmospheric C14

1. Solar Activity

The sun's magnetic field affects how many cosmic rays reach Earth.

More solar activity = fewer cosmic rays = C14 produced.

2. Earth's Magnetic Field

A stronger magnetic field shields Earth from cosmic rays.

Evidence suggests Earth's magnetic field was much in the past.

3. The Suess Effect

Since the Industrial Revolution, burning fossil fuels has released massive amounts of "old" carbon (C12) into the atmosphere.

This the atmospheric C14 ratio.

4. The Bomb Pulse

Nuclear testing in the 1950s-1960s nearly atmospheric C14.

This spike is still being absorbed into the biosphere.

Calibration Methods

Scientists use several methods to build calibration curves:

Tree rings (dendrochronology) - Overlapping patterns from old trees
Varves - Annual lake sediment layers
Coral - Annual growth bands
Cave deposits - Speleothems with uranium-series dating

CRITICAL OBSERVATION

Each calibration method has its own assumptions!

We are using one set of assumptions to "correct" another set of assumptions.

Multiple Choice

1. The Suess Effect refers to:

○ A) Nuclear testing increasing C14
○ B) Fossil fuels diluting atmospheric C14
○ C) Solar flares creating more C14
○ D) Tree ring calibration

2. A stronger Earth magnetic field in the past would mean:

○ A) More C14 production
○ B) Less C14 production
○ C) No effect on C14
○ D) Faster decay rates

True or False

1. Atmospheric C14 levels have remained perfectly constant throughout history.
○ True ○ False - Correction:

2. Calibration curves are themselves based on assumptions.
○ True ○ False - Correction:

RECALL EXERCISE

List four factors that change atmospheric C14 levels:

APPLICATION STEP

Research: Look up "IntCal20 calibration curve" and note how often it is revised Consider: If atmospheric C14 was lower in the past, how would that affect calculated ages?

LESSON 4: CONTAMINATION AND SAMPLE HANDLING

THE CHALLENGE

Even tiny amounts of contamination can dramatically alter a radiocarbon date.

Types of Contamination

1. Modern Carbon Contamination

Introduction of modern carbon (high in C14) makes samples appear .

Sources include: handling, storage materials, atmospheric exposure, biological activity.

2. Old Carbon Contamination

Introduction of old carbon (low in C14) makes samples appear .

Sources include: groundwater carbonates, coal dust, petroleum products.

3. Humic Acids

Organic acids from decaying plant matter in soil can penetrate samples.

These acids can add or replace in the sample.

4. Conservation Chemicals

Museum specimens are often treated with preservatives.

Many preservatives contain carbon that contaminates the .

Contamination Effects

True Age	1% Modern Contamination	Reported Age
20,000 years	1% modern carbon added	~18,000 years
40,000 years	1% modern carbon added	~33,000 years
Infinite (no C14)	1% modern carbon added	~37,000 years

CRITICAL INSIGHT

For very old samples, even 1% contamination with modern carbon can make an "infinitely old" sample appear to be only 37,000 years old!

Laboratory Protocols

Labs use various cleaning protocols to remove contamination:

Acid washes to remove carbonates
Alkali washes to remove humic acids
"Lab blanks" to measure background contamination
Background subtraction in calculations

However, no cleaning protocol can guarantee complete removal of all .

Multiple Choice

1. Modern carbon contamination makes samples appear:

○ A) Older
○ B) Younger
○ C) The same age
○ D) More accurate

2. For very old samples, 1% modern contamination can:

○ A) Have no effect
○ B) Make infinite-age samples appear ~37,000 years old
○ C) Make samples appear older
○ D) Improve accuracy

True or False

1. Laboratory cleaning protocols can guarantee complete removal of contamination.
○ True ○ False - Correction:

2. Museum preservation chemicals can contaminate samples.
○ True ○ False - Correction:

RECALL EXERCISE

List three types of contamination and their effects on apparent age:

APPLICATION STEP

When reading about a C14 date, note if they mention sample preparation methods Consider: How would contamination affect samples claimed to be millions of years old?

LESSON 5: RESERVOIR EFFECTS (OLD CARBON IN)

THE PROBLEM

Some living organisms absorb "old carbon" from their environment, making them appear thousands of years old while still alive!

What is a Reservoir Effect?

A "reservoir" is any source of carbon that has a different C14/C12 ratio than the .

Organisms that absorb carbon from these reservoirs will have misleading C14 .

Marine Reservoir Effect

The ocean acts as a massive carbon reservoir.

Deep ocean water can be to thousands of years "old" in C14 terms.

Marine organisms (fish, shells, seaweed) absorb this old carbon.

Result:
Living marine organisms can appear to be 400-1,000+ years old by C14 dating!

Hard-Water Effect

Freshwater lakes and rivers can also contain old carbon.

Limestone and volcanic rocks release CO2 with little or no .

Aquatic organisms absorb this carbon and appear much older than they are.

Famous Case: Living Mollusks

DOCUMENTED EXAMPLE

Living freshwater mollusks from flowing springs have been dated at over 2,000 years old.

They were alive when tested!

This demonstrates the hard-water effect in action.

Volcanic CO2 Effect

Plants growing near volcanic vents absorb CO2 from volcanic .

This volcanic CO2 contains virtually no C14 (it comes from ancient rocks).

Plants and animals in these areas can appear thousands of years old while .

Multiple Choice

1. The marine reservoir effect occurs because:

○ A) Ocean water is contaminated
○ B) Deep ocean water has "old" carbon
○ C) Fish don't absorb C14
○ D) The ocean is too salty

2. Living freshwater mollusks have been dated at:

○ A) 0 years (accurate)
○ B) Over 2,000 years
○ C) Millions of years
○ D) Negative ages

True or False

1. All organisms absorb carbon with the same C14 ratio as the atmosphere.
○ True ○ False - Correction:

2. Volcanic CO2 typically has normal C14 levels.
○ True ○ False - Correction:

RECALL EXERCISE

Explain the marine reservoir effect and the hard-water effect in your own words:

SCRIPTURE MEMORY: 2 Peter 3:5-6

"For this they willingly are ignorant of, that by the word of Elohim the heavens were of old, and the earth standing out of the water and in the water: Whereby the world that then was, being overflowed with water, perished."

Day 1: Read 5x Day 3: Recite from memory Day 7: Write from memory

APPLICATION STEP

Research reservoir effects and find additional documented examples When you see a C14 date for marine or aquatic samples, remember the reservoir effect

LESSON 6: DETECTION LIMITS AND STATISTICAL NOISE

THE LIMIT

Radiocarbon dating has a practical maximum age limit of approximately 50,000-60,000 years.

Why There is a Limit

After approximately 10 half-lives (~57,300 years), so little C14 remains that it becomes indistinguishable from noise.

The count rate of C14 atoms approaches the natural background radiation in the .

Half-Life Progression

Half-Lives	Years Elapsed	C14 Remaining
1	5,730	50%
2	11,460	25%
5	28,650	3.125%
10	57,300	0.098%
15	85,950	0.003%

Error Bars and Uncertainty

All radiocarbon dates are reported with error margins (e.g., 5,000 +/- 200 years).

As samples get older, the error bars dramatically.

Reported ages are probability ranges, not exact numbers.

The Significance of "Background"

IMPORTANT

Even the most sophisticated equipment cannot distinguish between:

A sample with a tiny amount of original C14
A sample with NO original C14 but some contamination
Background radiation in the detector itself

Beyond ~50,000 years, any C14 signal detected could be entirely from or background noise.

Multiple Choice

1. The practical age limit of C14 dating is approximately:

○ A) 5,000 years
○ B) 50,000-60,000 years
○ C) 1 million years
○ D) No limit

2. After 10 half-lives, approximately how much C14 remains?

○ A) 10%
○ B) 1%
○ C) Less than 0.1%
○ D) 50%

True or False

1. Radiocarbon dates are exact numbers with no uncertainty.
○ True ○ False - Correction:

2. As samples get older, the error margins decrease.
○ True ○ False - Correction:

RECALL EXERCISE

Explain why radiocarbon dating has an upper age limit:

APPLICATION STEP

When you see a C14 date, note the error bars and what they mean Be skeptical of any C14 date claimed to be over 50,000 years

LESSON 7: C14 IN "OLD" MATERIALS

THE MYSTERY

Detectable C14 has been found in materials claimed to be millions of years old. How is this possible?

The Problem

If coal, oil, and fossils are really millions of years old, they should contain detectable C14.

After 1 million years (~175 half-lives), not a single atom of the original C14 should remain.

Yet, C14 is consistently detected in these materials!

C14 in Coal

Coal is claimed to be 50-300 million years old.

Multiple studies have found measurable C14 in coal samples from around the world.

The C14 ages typically range from to 50,000 years.

C14 in Diamonds

Diamonds are claimed to be 1-3 years old.

Diamonds are the hardest natural substance, making contamination extremely difficult.

Yet, multiple studies have detected significant C14 in diamonds!

RATE Study (2005):
Analyzed 10 diamond samples from various locations. All contained measurable C14 corresponding to ages of 55,000-70,000 years - far younger than the claimed billion-year ages.

C14 in Fossils

Dinosaur fossils are claimed to be 65+ million years old.

Multiple studies have found detectable C14 in dinosaur .

One study found C14 ages ranging from 22,000-39,000 years.

Two Interpretations

Mainstream Interpretation	Young-Age Interpretation
C14 from contamination or in-situ production	These materials are actually young (thousands, not millions of years)
Lab error or background noise	The C14 is original to the samples
Nuclear reactions within the sample	Deep-time ages are incorrect

CRITICAL THINKING

The presence of C14 in materials claimed to be millions of years old is a significant anomaly that demands explanation.

Whatever the explanation, it demonstrates that the dating systems have .

Multiple Choice

1. If coal is really millions of years old, it should contain:

○ A) Abundant C14
○ B) Some C14
○ C) Zero detectable C14
○ D) More C14 than modern plants

2. C14 has been detected in:

○ A) Coal only
○ B) Diamonds only
○ C) Coal, diamonds, and fossils
○ D) Nothing older than 50,000 years

True or False

1. After 1 million years, significant original C14 should remain.
○ True ○ False - Correction:

2. Diamonds are easily contaminated with modern carbon.
○ True ○ False - Correction:

RECALL EXERCISE

Explain the C14 anomaly in "old" materials and why it matters:

APPLICATION STEP

Research: Look up "C14 in coal" or "C14 in diamonds" and read both perspectives Consider: Which interpretation better fits the evidence?

LESSON 8: FAMOUS ANOMALIES AND CROSS-CHECKS

DOCUMENTED FAILURES

When radiocarbon dates can be checked against known-age samples or other dating methods, significant discrepancies often appear.

Anomaly #1: Living Snails

Living snails from artesian springs in Nevada were C14 dated.

Result: They appeared to be years old!

Cause: Hard-water effect from dissolved limestone in the .

Anomaly #2: Freshly Killed Seals

Freshly killed seals from McMurdo Sound, Antarctica were dated.

Result: Ages ranged from 615 to years old.

Cause: Marine reservoir effect from eating marine organisms.

Anomaly #3: Wood in Basalt

Wood found encased in basalt lava was dated by both C14 and potassium-argon (K-Ar) methods.

Method	Result
C14 (wood)	~45,000 years
K-Ar (basalt)	~45 million years

The wood appears to be 1,000 times than the rock encasing it!

Anomaly #4: Multiple Dates, Same Sample

The same sample sent to different labs (or the same lab multiple times) often yields significantly dates.

This demonstrates that C14 dating is less precise than often claimed.

The Importance of Cross-Checks

PRINCIPLE

Good science requires multiple independent lines of evidence before drawing conclusions.

When methods disagree, it indicates problems with one or more .

Deuteronomy 19:15
"One witness shall not rise up against a man for any iniquity, or for any sin... at the mouth of two witnesses, or at the mouth of three witnesses, shall the matter be established."

Multiple Choice

1. Living snails from Nevada springs were dated at:

○ A) 0 years
○ B) 270 years
○ C) 27,000 years
○ D) 27 million years

2. When C14 and K-Ar gave different dates for the same formation, the difference was:

○ A) A few years
○ B) A few hundred years
○ C) About 1,000 times different
○ D) Exactly the same

True or False

1. Radiocarbon dates always agree with other dating methods.
○ True ○ False - Correction:

2. The same sample always gives the same C14 date at different labs.
○ True ○ False - Correction:

RECALL EXERCISE

Describe two documented C14 anomalies and their causes:

TEACH-BACK CHALLENGE

Explain to someone why cross-checking dating methods is important.

Person taught: Date:

APPLICATION STEP

Research: Find additional documented C14 dating anomalies When evaluating dates, ask: "Has this been cross-checked with other methods?"

LESSON 9: FLOOD IMPACT ON CARBON INVENTORY

THE BIBLICAL PERSPECTIVE

If the Genesis Flood was a real global event, it would have dramatically altered the Earth's carbon inventory.

Pre-Flood Conditions (Biblical Model)

The pre-Flood world may have had:

Far more living (vegetation, animals)
A stronger magnetic field (shielding from cosmic rays)
Different atmospheric composition
Lower atmospheric C14/C12 ratio

The Flood's Effects

1. Massive Burial of Carbon

The Flood rapidly buried enormous quantities of vegetation and animals.

This became the fossil fuels (coal, oil, natural gas) we find today.

This removed a huge amount of C12 from the .

2. Release of Old Carbon

Volcanic activity during and after the Flood released massive amounts of CO2.

This volcanic carbon had virtually no .

3. Post-Flood Rebalancing

After the Flood, the C14/C12 ratio had to gradually build up to current levels.

This process would take hundreds to thousands of .

Implications for Dating

THE EFFECT

If the pre-Flood atmosphere had less C14, then:

Pre-Flood organisms started with less C14
C14 dating would interpret this as being much than actual
A 4,500-year-old sample might be dated as 20,000-50,000 years old

Reconciling Biblical Timeline and C14

C14 Conventional Age	Possible Actual Age (Biblical)
50,000 years	~4,500 years (early post-Flood)
20,000 years	~4,000 years (mid post-Flood)
5,000 years	~4,000-5,000 years (ratio stabilizing)
3,000 years	~3,000 years (current ratio established)

Genesis 7:11-12
"In the six hundredth year of Noah's life... the same day were all the fountains of the great deep broken up, and the windows of heaven were opened. And the rain was upon the earth forty days and forty nights."

Multiple Choice

1. If the pre-Flood atmosphere had less C14, organisms from that time would appear:

○ A) Younger than actual
○ B) Older than actual
○ C) The same age
○ D) Impossible to date

2. The Flood would have affected the carbon cycle by:

○ A) Burying massive amounts of carbon
○ B) Releasing volcanic carbon
○ C) Changing the C14/C12 ratio
○ D) All of the above

True or False

1. The pre-Flood world likely had the same C14 levels as today.
○ True ○ False - Correction:

2. A global flood would have no effect on the Earth's carbon inventory.
○ True ○ False - Correction:

RECALL EXERCISE

Explain how the Genesis Flood could affect radiocarbon dating:

SCRIPTURE MEMORY: 2 Peter 3:5-6

Day 1: Read 5x Day 3: Recite from memory Day 7: Write from memory

APPLICATION STEP

Study Genesis 6-9 and note details about the Flood's scope and effects Research: Look up "young-earth C14 calibration" models

LESSON 10: THINKING BIBLICALLY ABOUT DATING CLAIMS

THE GOAL

To be equipped to evaluate dating claims critically while holding Scripture as our ultimate standard of truth.

Key Questions to Ask

When presented with any radiocarbon date, ask:

What was actually measured? (the raw data)
What assumptions were made? (interpretations)
What is the margin of error? (uncertainty)
Has it been cross-checked? (confirmation)
What are alternative interpretations? (multiple possibilities)

Measurement vs. Interpretation

Measurement (Observable)	Interpretation (Assumed)
Current C14/C12 ratio	Initial ratio was the same as today
Counts per minute detected	Decay rate has always been constant
Sample composition now	No contamination occurred
Calibration curve adjustment	Calibration methods are accurate

Scripture as the Plumb Line

Psalm 119:160
"The sum of Your word is truth, and every one of Your righteous judgments endures forever."

We do not reject good science. We distinguish between:

Operational science - Observable, testable, repeatable (laboratory measurements)
Historical science - Interpretations of the unobserved past (based on assumptions)

Having Courage

It takes courage to question the mainstream narrative.

But Yahuah calls us to "prove all things" and "hold fast that which is " (1 Thessalonians 5:21).

REMEMBER

Dating methods are tools, not infallible oracles.

Every method has assumptions, limitations, and potential errors.

When data conflicts with Scripture, examine the behind the data.

Yahuah's Word is our foundation of truth.

Summary: What We've Learned

C14 dating measures carbon ratios in materials only
Every C14 date depends on three unprovable
Calibration curves are themselves based on assumptions
Contamination can dramatically alter results
Reservoir effects cause living organisms to appear thousands of years old
The practical limit is ~50,000-60,000 years
C14 in "old" materials challenges deep-time
Many documented anomalies show C14 dating is not infallible
The Genesis Flood would dramatically affect carbon dating
Scripture is our ultimate standard of

Multiple Choice

1. When evaluating a dating claim, you should FIRST ask:

○ A) Is it published in a journal?
○ B) What was actually measured vs. assumed?
○ C) How old is it?
○ D) Who did the study?

2. Historical science differs from operational science because it:

○ A) Uses different equipment
○ B) Interprets the unobserved past based on assumptions
○ C) Is always correct
○ D) Doesn't use math

True or False

1. Dating methods are infallible and never have errors.
○ True ○ False - Correction:

2. Scripture should be our ultimate standard of truth.
○ True ○ False - Correction:

FINAL RECALL EXERCISE

List the five key questions to ask when evaluating any dating claim:

TEACH-BACK CHALLENGE

Teach someone the key problems with radiocarbon dating and how to think critically about dating claims.

Person taught: Date:

SCRIPTURE MEMORY: Revelation 14:7

"Fear Elohim, and give glory to Him; for the hour of His judgment is come: and worship Him that made heaven, and earth, and the sea, and the fountains of waters."

Day 1: Read 5x Day 3: Recite from memory Day 7: Write from memory

APPLICATION STEPS

Share what you've learned with at least one other person When you encounter a dating claim, practice asking the five key questions Continue studying Scripture and scientific evidence together Hold Scripture as your plumb line while engaging with evidence fairly

Lesson	Day 1	Day 3	Day 7	Day 21	Day 60
1. What is Radiocarbon?
2. Three Core Assumptions
3. Calibration Curves
4. Contamination
5. Reservoir Effects
6. Detection Limits
7. C14 in Old Materials
8. Famous Anomalies
9. Flood Impact
10. Thinking Biblically

INTRODUCTION

ABOUT THIS WORKBOOK

HOW TO USE THIS WORKBOOK

The Truth Carriers Learning Method - 6 Rs

TABLE OF CONTENTS

KEY TERMS

LESSON 1: WHAT IS RADIOCARBON?

THE BASICS

How Carbon-14 Forms

What Happens at Death

KEY LIMITATION

The Dating Calculation

Multiple Choice

True or False

RECALL EXERCISE

TEACH-BACK CHALLENGE

SCRIPTURE MEMORY: Exodus 20:11

APPLICATION STEP

LESSON 2: THE THREE CORE ASSUMPTIONS

CRITICAL UNDERSTANDING

Assumption #1: Known Initial Ratio

Assumption #2: Constant Decay Rate

Assumption #3: Closed System

THE CRITICAL QUESTION

Assumptions vs. Measurements

Multiple Choice

True or False

RECALL EXERCISE

TEACH-BACK CHALLENGE

APPLICATION STEP

LESSON 3: CALIBRATION CURVES AND CHANGING ATMOSPHERE

THE PROBLEM

Why Calibration is Needed

Factors That Change Atmospheric C14

1. Solar Activity

2. Earth's Magnetic Field

3. The Suess Effect

4. The Bomb Pulse

Calibration Methods

CRITICAL OBSERVATION

Multiple Choice

True or False

RECALL EXERCISE

APPLICATION STEP

LESSON 4: CONTAMINATION AND SAMPLE HANDLING

THE CHALLENGE

Types of Contamination

1. Modern Carbon Contamination

2. Old Carbon Contamination

3. Humic Acids

4. Conservation Chemicals

Contamination Effects

CRITICAL INSIGHT

Laboratory Protocols

Multiple Choice

True or False

RECALL EXERCISE

APPLICATION STEP

LESSON 5: RESERVOIR EFFECTS (OLD CARBON IN)

THE PROBLEM

What is a Reservoir Effect?

Marine Reservoir Effect

Hard-Water Effect

Famous Case: Living Mollusks

DOCUMENTED EXAMPLE

Volcanic CO2 Effect

Multiple Choice

True or False

RECALL EXERCISE

SCRIPTURE MEMORY: 2 Peter 3:5-6

APPLICATION STEP

LESSON 6: DETECTION LIMITS AND STATISTICAL NOISE

THE LIMIT

Why There is a Limit

Half-Life Progression

Error Bars and Uncertainty

The Significance of "Background"

IMPORTANT

Multiple Choice