The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean Deviation
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.Range is the distance from the highest value to the lowest value or R = H - LR=H−L . We already have the range value, which is 14 and the lowest value is 7. Substitute R=14R=14 and L=7L=7 into the formula, apply the inverse operation, and simplify.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.Range is the distance from the highest value to the lowest value or R = H - LR=H−L . We already have the range value, which is 14 and the lowest value is 7. Substitute R=14R=14 and L=7L=7 into the formula, apply the inverse operation, and simplify.
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The answer is 21 or letter a.
The answer is 21 or letter a.Further Explanation
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean Deviation
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.Range is the distance from the highest value to the lowest value or R = H - LR=H−L . We already have the range value, which is 14 and the lowest value is 7. Substitute R=14R=14 and L=7L=7 into the formula, apply the inverse operation, and simplify.
The answer is 21 or letter a.Further ExplanationThe range is one of the measures of dispersion in Statistics. Sometimes researchers do not only rely on the mean or average of a given data, but they also consider the distance of the values from each other.Some Measures of Dispersion or Spreadness1. Range2. Variance3. Standard Deviation4. Mean DeviationRange is the simplest and the most weak measure of dispersion since it only considers the highest and lowest value in the data. It neglects the significance of each value in the data.Range is the distance from the highest value to the lowest value or R = H - LR=H−L . We already have the range value, which is 14 and the lowest value is 7. Substitute R=14R=14 and L=7L=7 into the formula, apply the inverse operation, and simplify.