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Summary Part A Statistics 1 (Applying Statistics in Behavioural Research)

Name: Summary Part A Statistics 1 (Applying Statistics in Behavioural Research)
SKU: doc_2877417
Rating: 4.00 (2 reviews)
Author: isawilms

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Statistics 1 (SOWPSB1RS10E)

Instelling
Radboud Universiteit Nijmegen (RU)

This document contains the summary of part A of the statistics 1 course of B1 psychology. It was written in 2023 and based on the book Applying Statistics in Behavioural Research by Jules L. Ellis.

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Geupload op 9 juni 2023
Bestand laatst geupdate op 9 juni 2023
Aantal pagina's 7
Geschreven in 2022/2023
Type Samenvatting

statistics
statistics 1
statistics part a
statistics 1 part a
statistics year 1
statistics psychology
statistics 1 psychology
applying statistics in behavioural research
statistics psychology year 1

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Door: renatop2803 • 1 jaar geleden

Door: sarahsmith2 • 1 jaar geleden

Very clear and complete. Definitely helped me understand everything better. Would recommend!

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Statistics 1 Part A&B

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1. Samenvatting - Summary part a statistics 1 (applying statistics in behavioural research)
2. Samenvatting - Summary part b statistics 1 (applying statistics in behavioural research)
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Statistics 1 Part A, B and C

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1. Samenvatting - Summary part a statistics 1 (applying statistics in behavioural research)
2. Samenvatting - Summary part b statistics 1 (applying statistics in behavioural research)
3. Samenvatting - Summary part c statistics 1 (applying statistics in behavioural research)
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Statistics 1 Summary Part A
(applying statistics in behavioural research)
Basic report of one variable contains:

- Design, degree of control, and name of the analysis
- Frequency distribution, N, and histogram
- Five-number summary, outliers, modified boxplot
- Mean and standard deviation
- Indication of normality

Design = name of variable, measurement level of the variable, and ALL possible outcomes of the
variable

Example:
mood, qualitative, happy/sad/angry
cookies eaten, quantitative, 1-10

Qualitative variable = categories or levels that are not ordered (nominal or ordinal)
example: colour, mood
Quantitative variable = numerical outcomes (interval or ratio)

Binary variable = variable with two levels (happy/sad, 1/2)

Discrete variable = only integer numbers as outcomes (1, 2, 3, 4, 5 which can only contain these
numbers)
Continuous variable = interval of real numbers (1-5 which can contain numbers like 1.22 or 3.56)

Nominal = categories
Ordinal = categories with an order (gold/silver/bronze)

Degree of control = whether the variable was passively observed or actively manipulated

Manipulated = when the investigator had created or changed that aspect of reality
Observed = when it describes a part of the reality that is not changed by the investigator

Example:
when you investigate the effects of drinking coffee on the exam score of students, and you give some
students coffee and other water, then drink (coffee/water) is manipulated, and the exam score is
observed

Name of the analysis
In this case the analysis is called a univariate exploratory data analysis (EDA).

Frequency distribution = table that contains the frequencies or counts of possible scores or intervals
of possible scores.

There are six rules when you’re using a frequency distribution:

1. Use intervals ONLY for quantitative, continuous variables (do NOT use intervals for qualitative
variables and discrete variables, but count each possible score)
2. Intervals should all have the same width (1-9, 10-19, 20-29, etc.)

, 3. When choosing intervals, there should be at least seven that are not empty (zero), if possible
4. When choosing intervals, there should be at least one interval that has a frequency higher
than five, if possible
5. Also list intervals if they are surrounded by non-empty intervals.
6. Try to let intervals start and end with easy numbers. So, 1-5 instead of 1.34-4.21

Example:

Age Frequency
20-29 2
30-39 4
40-49 4
50-59 5
60-69 3
70-79 1
80-89 0
90-99 1

N = number of observations/participants

Histogram = chart of the frequency distribution

One axis should have the name of the variable and the other axis frequency/count. Frequency
distribution always includes scores and frequency.

For qualitative variables without an order or ranking, a histogram would falsely suggest that there is
some order in for example, a favourite type of sport. A pie chart like this might be a better option in
this case:

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