Volume 2: The Logic of Creation

Workbook 19.3: Risk & Stewardship

Directives for the Decision-Maker:

1. Probability ($P$): Always a number between 0 and 1.
2. Expected Value ($E$): Outcome $ imes$ Probability.
3. Independence: Does the first event "reset the coin"?
4. Sum of One: All probabilities in a set must add up to 1.0 (100%).

Part I: The Dice of the Tribes

Using a standard 6-sided die.

The Single Roll: What is the probability of rolling an even number (2, 4, 6)?

$3/6 = 1/2 = 50\%$.

The Double Roll: What is the probability of rolling a "6" and then another "6"? (Independent events).

$1/6 \times 1/6 = ...$

The Sum: If you roll two dice, how many ways can you get a sum of 7? What is the probability?

Possible 7s: (1,6), (2,5), (3,4), (4,3), (5,2), (6,1). Total Outcomes: 36.
Prob: ...
The Logic Check:

If you roll a "1" three times in a row... are you "less likely" to roll a 1 on the fourth try? Explain why.

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Part II: Expected Value (The Harvest Heart)

Calculate the $E[X]$ for these scenarios.

The Small Seed: A crop has a 70% chance of yielding 100 units and a 30% chance of yielding only 10 units. What is the expected yield?

$E = (100 \times 0.70) + (10 \times 0.30)$
$E = 70 + 3 = ...$

The Talent Trade: You have a choice between:
A) A guaranteed gift of $\$10$.
B) A 10% chance of winning $\$200$ and a 90% chance of getting $\$0$.
Which choice has the higher Expected Value?

A) $E = 10$
B) $E = (200 \times 0.10) + (0 \times 0.90) = ...$

Part III: The Chain of Influence (Dependent Events)

The Bag of Stones: A bag has 5 White stones and 5 Black stones.
1. You pull out a White stone and keep it.
2. What is the probability that the second stone you pull is also White?

Before: 5/10.
After: 4 White left, 9 Total left.
New Prob: 4/9 = ...

Part IV: The Challenge (The Village Well)

The Decision Matrix

The village must choose a project:
1. **Repair the Bridge:** Cost $\$500$. 100% chance of saving $\$800$ in trade fees.
2. **Dig a Mine:** Cost $\$1,000$. 20% chance of finding gold worth $\$10,000$. 80% chance of finding nothing.

Task: Calculate the "Net Expected Value" (Expected Gain - Cost) for both. Which one is the better "Prophetic Stewardship"?

Bridge Net: $800 - 500 = ...$
Mine Net: $(10,000 \times 0.20) - 1,000 = ...$

Part V: Transmission (The Echad Extension)

Teacher Log: The Choice Game

Objective: Explain Expected Value using candies to a younger student.

The Activity:
1. Offer them 1 candy for sure.
2. Offer them a coin flip: Heads = 3 candies, Tails = 0 candies.

The Question: "If we play this game 10 times, which way will give you the most candy?"

The Lesson: "Sometimes taking a risk is smarter than playing it safe, if the reward is big enough. God wants us to use our brains to find the best way to grow."


Response: ___________________________________________________________

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