<span>Descriptive Statistics is employed in this case (please provide feedback, thanks)</span>
Answer:
Explanation:
Synergy's Choices Large Budget Small Budget Dynaco's Choices Large Budget $20 million, $25 million $15 million, $0 Small Budget $0, $60 million $25 million, $30 million If Synergy assumes
If Synergy presumes Dynaco will opt for a large budget, then Synergy should also select a large budget.
If Synergy thinks Dynaco will choose a small budget, Synergy should still go for a large budget.
This indicates that Synergy indeed has a dominant strategy.
If Dynaco believes Synergy will pursue a large budget, it will likewise pursue a large budget.
Conversely, if Dynaco believes that Synergy will choose a small budget, it will choose a small budget as well.
Therefore, Dynaco lacks a dominant strategy.
Correctly stated, the Nash equilibrium is found at (large budget, large budget).
The mean is represented as μ = 58 and the standard deviation σ = 5. With given values of x₁ = 48.5 and x₂ = 60, we compute t-values through the formula t = (x₂ - μ) / σ, which leads to t = (60 - 58) / 5 = 0.4, yielding an area of 0.1554 from the normal distribution curve. Similarly, for the lower value, t is computed as (μ - x₁)/ σ, resulting in t = (58 - 48.5) / 5 = 1.9 with an area of 0.4713. Totaling these, the total area under the curve is 0.4713 + 0.1554 equating to 0.6267 or 62.67%.
