Answer:
Step-by-step explanation:
Given that:
The null hypothesis:
The alternative hypothesis:
Suppose the number of samples n from the population is 16
The observed value x of the test statistics for testing the hypothesis for this study is x = 14
However, if the null hypothesis is true, then the distribution of the test statistics follows a binomial distribution which is expressed as:
bin(n=16, p = 0.5) distribution
The p-value for this test statistics can be computed as:
p-value = P(X ≥ 14)
p-value = 1 - P (X ≤ 13)
p-value =
p-value =
p-value = 0.00209
A scaler quantity is measured solely on its magnititude (size) and it lacks a direction. A vector, however, is measured on both its magnitude and direction. Examples of scalers are time and temperature because they only consist of a magnitude, but have no direction associated with them. Examples of vectors are velocity, acceleration, and force, because they consist of both a magnitude and a direction.
Hope this helped :)
Here is the answer for the question
Answer:
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Step-by-step explanation:
Answer:
22.13 units
Step-by-step explanation:
P(ABCD) = AB + BC + CD +AD
- P = √(AF²+FB²) + 3 + √(CE²+DE²) + 9
- P = √(4²+4²) + √(4²+2²) + 12
- P = √32 + √20 + 12
- P = 4√2 + 2√5 + 12
- P = 5.66 + 4.47 + 12
- P = 22.13 units