Sarah has decided to plant white oak and soybeans. White oak acorns have a successful germination rate that follows a near-normal distribution of ?????????????? ~ ?(48, 2.4). Soybean seeds tend to have a higher successful germination rate, which follows a near-normal distribution of ?????????????????? ~ ?(89, 1.73). After a poor growing season, Sarah notices that only 43% of her white oak have germinated, and only 85% of her soybeans have germinated. Which plant has performed best?
Sarah has decided to plant white oak and soybeans. White oak acorns have a successful germination rate that follows a near-normal distribution of ?????????????? ~ ?(48, 2.4). Soybean seeds tend to have a higher successful germination rate, which follows a near-normal distribution of ?????????????????? ~ ?(89, 1.73). After a poor growing season, Sarah notices that only 43% of her white oak have germinated, and only 85% of her soybeans have germinated. Which plant has performed best?
MATLAB: An Introduction with Applications
6th Edition
ISBN:9781119256830
Author:Amos Gilat
Publisher:Amos Gilat
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Sarah has decided to plant white oak and soybeans. White oak acorns have a successful germination rate that follows a near-normal distribution of ?????????????? ~ ?(48, 2.4). Soybean seeds tend to have a higher successful germination rate, which follows a near-normal distribution of
?????????????????? ~ ?(89, 1.73). After a poor growing season, Sarah notices that only 43% of her white oak have germinated, and only 85% of her soybeans have germinated. Which plant has performed best?
Expert Solution
Step 1: Part 1
To determine which plant has performed better, we compared the actual germination rates for both white oak and soybeans with their respective expected germination rates.
1. White Oak:
- Expected germination rate: \(X \sim \mathcal{N}(48, 2.4)\)
- Actual germination rate: 43%
2. Soybeans:
- Expected germination rate: \(Y \sim \mathcal{N}(89, 1.73)\)
- Actual germination rate: 85%
Now, we need to compare the actual rates with the expected rates for both plants.
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