Explain the terms factorial design-factor-cell

Assignment Help Basic Computer Science

Reference no: EM132570662

Question 1. Explain the terms factorial design, factor, cell, main effect and interaction. .

Question 2. Explain the assumptions required for a factorial design ANOVA.

Reference no: EM132570662

Questions Cloud

How the key concepts relate to the panelist experience : Reflect on the panelist's experiences with or without microaggressions related to their racial, ethnic, immigration, or national identity.

Determine the amount of the bad debts expense : Determine the amount of the bad debts expense if the balance in the Allowance account is a debit of $500 instead of a credit of $5,000

Describe the ways in which you tend to express anger : Describe the ways in which you tend to express anger. Integrate at least two concepts from the assigned readings. (Textbook 8.3 addresses culture and emotion.)

Explore challenges surrounding policy agendas : In this Small Group Discussion, you explore challenges surrounding policy agendas and the reasons why some proposals never make it to the decision maker.

Explain the terms factorial design-factor-cell : Explain the terms factorial design, factor, cell, main effect and interaction. Explain the assumptions required for a factorial design ANOVA.

What are two possible options to fix the problems or problem : In the management in Action Case "Mary Barra's Leadership Guides General Motors through a Crisis and toward Profitability" What are the problems

How can information add to our understanding of the topic : Synthesis of critical analysis of the literature (Reiterate common themes - what can you learn from what others have studied by looking at the whole picture?)

Privacy issues that face individuals for current year : What are two privacy issues that face individuals for the current year? What are the pros and cons of all four issues?

Discussion about the inductive and deductive arguments : Read the assigned sections in Chapters 3, 5, and 6 in your course textbook. Complete the interactive module PHI103 Inductive and Deductive Arguments.

User Account

All Pages