| statistics {TELP} | R Documentation |
Dataset Containing Answers for the Inducer Term Statistics for the Analysis of The Free Evocation of Words Technique
Description
This dataset is an example created by the developer so that users can have a base as should be the datasets for analysis using this package. All data contained in this dataset were invented and this has no validity on truthfulness.
Usage
data("statistics")
Format
A data frame with 50 observations on the following 8 variables.
IDCLASSa numeric vector
WORD01a factor with levels
AmplitudeBoxplotDataHypothesisInferenceMaximumMeanMedianMinimumModeOutlierPercentileProbabilityQuartileRegressionSampleVarianceWORD02a factor with levels
AmplitudeBayesianBoxplotDataExpectionHistogramInferenceMaximumMeanMedianMinimumModeOutlierParameterPercentileProbabilityQuartileRandomRegressionSampleVarianceWORD03a factor with levels
AmplitudeBayesianConfidenceCorrelationDataEstimatorExpectionHistogramHypothesisInferenceMaximumMeanMedianMinimumOutlierParameterPercentileProbabilityQuartileRandomRegressionSampleSignificanceVarianceWORD04a factor with levels
AmplitudeConfidenceCorrelationDataEstimatorExpectionHypothesisInferenceMedianPercentileProbabilityQuartileRandomRegressionSampleSignificanceWORD05a factor with levels
BoxplotExpectionHypothesisInferenceOutlierPercentileProbabilityQuartileMEANINGa factor with levels
A_value_that_flows_out_of_the_standards.About_fifty_percent_of_the_data.As_best_represents_Statistics.As_divided_in_the_middle.As_important_as_the_Average_and_Median.Box_plot_split_in_half.Deduct_about_something_on_the_sample.Division_of_the_data_into_four_parts.Division_of_the_data_into_ten_equal_parts.Find_something_using_Statistics.Graphic_represented_by_the_Median_and_the_quartiles.Half_of_the_ordered_values.I_can_not_explain_very_well_what_it_is.I_think_it_is_nothing_Fashion.I_think_it_is_the_sum_of_all_divided_by_something.I_think_it_is_very_similar_to_the_average.If_it_is_the_same_for_all_and_so_the_data_is_not_addicted.In_most_cases_it_is_the_Hope.It_can_be_arithmetic_or_geometric_or_harmonic.It_is_a_part_of_the_universe_or_population.It_is_chance_of_something_occurring.It_is_equal_to_the_second_quartile.It_is_the_center_of_the_Histogram.It_is_the_standard_deviation_squared.It_is_where_is_concentrated_most.Main_measure_of_all_distributions.On_the_order_Percentile_fifty.One_of_the_most_important_steps_in_tests_Non_parametric.Putting_it_all_together_and_divide_by_the_total.Set_events_randomly.Set_in_a_variable_before_others.Set_of_elements_we_seek_information.Set_of_information_about_something.Set_way_to_find_good_estimators.Something_very_strong_and_important.Something_we_want_to_try_to_verify_some_information.The_biggest_subtracted_from_the_lower_value.The_data_more_frequently.The_distance_between_values.The_distance_of_the_data_in_relation_to_the_average.The_given_lower_seat.The_largest_of_all_values.The_last_value_of_the_data_sorted.The_least_representative_value_of_the_data.The_lowest_value_that_appears.The_maximum_value_of_the_data.The_minimum_value_of_the_data.The_point_that_divides_the_bank_in_half.The_value_that_appears_more_often.The_value_that_appears_most_of_all.STRATa factor with levels
FailureSuccess
Examples
data(statistics)