PSCYHOLOGY PSYC 515 Week 3 Quiz: Factorial Design Concept
Quiz: Factorial Design Concepts
• Due Jul 16 at 11:59pm
• Points 50
• Questions 26
• Time Limit 90 Minutes
Instructions
The quiz:
• Covers the Learn material from Module 3: Week 3.
• Contains 25 multiple-choice questions.
• Is limited to 1 hour and 30 minutes.
• Allows 1 attempt.
• Is worth 50 points.
This quiz is designed to assess understanding of content from this week’s topics covered in the
Learn section (non-cumulative) and will not require use of SPSS. You have 90 minutes to
complete these 25 questions. This allows for judicious use of time to refer to assigned readings
and presentations (open book / open notes) but should be completed with no other forms of
collaboration.
Please note: that the first question asks you to indicate your agreement to abide by LUO's
Online Honor Code. Answering this question is required.
Submit this assignment by 11:59 p.m. (ET) on Sunday of Module 3: Week 3.
Attempt History
, Attempt Time Score
LATEST Attempt 1 33 minutes 50 out of 50
Correct answers are hidden.
Score for this quiz: 50 out of 50
Submitted Jul 10 at 4:35am
This attempt took 33 minutes.
Question 1
pts
I have read and understand the Academic Honor policy as outlined in
the Online Honor Code for Liberty University Online. I agree to abide by this
policy and that the work submitted herein is my own.
Yes
No
Question 2
pts
In a study examining the effects of gender (male or female) and major (psychology, computer science,
philosophy, or biology) on college students’ willingness to perform community service work, how many
main effects are possible?
3
6
5
, 2
Question 3
pts
In a study examining the effects of gender (male or female) and major (psychology, philosophy, or
biology) on college students’ willingness to perform community service work, what is the factorial
notation?
2x2
2x4
1x6
2x3
Question 4
pts
A factorial design involves
measuring more than one dependent factor (variables).
both measuring more than one dependent factor (variables) AND manipulating more than one
independent factor (variable).
none of the options are correct
manipulating more than one independent factor (variable).
Quiz: Factorial Design Concepts
• Due Jul 16 at 11:59pm
• Points 50
• Questions 26
• Time Limit 90 Minutes
Instructions
The quiz:
• Covers the Learn material from Module 3: Week 3.
• Contains 25 multiple-choice questions.
• Is limited to 1 hour and 30 minutes.
• Allows 1 attempt.
• Is worth 50 points.
This quiz is designed to assess understanding of content from this week’s topics covered in the
Learn section (non-cumulative) and will not require use of SPSS. You have 90 minutes to
complete these 25 questions. This allows for judicious use of time to refer to assigned readings
and presentations (open book / open notes) but should be completed with no other forms of
collaboration.
Please note: that the first question asks you to indicate your agreement to abide by LUO's
Online Honor Code. Answering this question is required.
Submit this assignment by 11:59 p.m. (ET) on Sunday of Module 3: Week 3.
Attempt History
, Attempt Time Score
LATEST Attempt 1 33 minutes 50 out of 50
Correct answers are hidden.
Score for this quiz: 50 out of 50
Submitted Jul 10 at 4:35am
This attempt took 33 minutes.
Question 1
pts
I have read and understand the Academic Honor policy as outlined in
the Online Honor Code for Liberty University Online. I agree to abide by this
policy and that the work submitted herein is my own.
Yes
No
Question 2
pts
In a study examining the effects of gender (male or female) and major (psychology, computer science,
philosophy, or biology) on college students’ willingness to perform community service work, how many
main effects are possible?
3
6
5
, 2
Question 3
pts
In a study examining the effects of gender (male or female) and major (psychology, philosophy, or
biology) on college students’ willingness to perform community service work, what is the factorial
notation?
2x2
2x4
1x6
2x3
Question 4
pts
A factorial design involves
measuring more than one dependent factor (variables).
both measuring more than one dependent factor (variables) AND manipulating more than one
independent factor (variable).
none of the options are correct
manipulating more than one independent factor (variable).
