Answer:
≈ 660.5 in²
Step-by-step explanation:
The surface area (A) of a sphere is calculated using the formula
A = 4πr² ← r is the radius
Given diameter = 14. 5 then radius = 7.25, thus
A = 4π × 7.25² = 4π × 52.5625 ≈ 660.5 in²
Answer:
1,000
Step-by-step explanation:
Answer:
200 Years
Step-by-step explanation:
0.5% X 10 = 5% Increase. So after 10 years 5% Increase
0.5% X 100 = 50% increase. So after 100 years 50% Increase
0.5 X 200 = 100% Increase. So after 200 years it will double.
Answer:
Step-by-step explanation:
Given
Required
Determine the proper subsets
This is calculated by:
<em>Where n is the number of elements in the set.</em>
In this case,
So:
The tennis wall volley test has two 30-second trials, and a teacher is interested in analyzing the variation between them. The instructor will most likely determine the "intraclass correlation coefficient" statistic.
<h3>Explain the term intraclass correlation coefficient?</h3>
An indicator of the validity of the ratings for clusters is the intraclass correlation coefficient, abbreviated ICC.
- Data that is grouped together is referred to as a cluster. Instead than comparing two independent classes of data, ICC is used to detect correlations within a specific class of data.
- As was already noted, Pearson's r is the most often utilized correlation coefficient.
- When there are just one or two significant pairs from just one or two raters, Pearson's correlation coefficient is typically employed to measure inter-rater reliability.
- However, this intraclass correlation coefficient ought to be utilized if there are more pairs.
A tennis wall volley test has two 30-second trials, and a teacher is interested in analyzing the variation between them.
Thus, the instructor will most likely determine the "intraclass correlation coefficient" statistic.
To know more about the correlation coefficient, here
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