Author Question: To determine the probability of a Type I error when using multiple comparisons, we use the following ... (Read 21 times)

appyboo

  • Hero Member
  • *****
  • Posts: 527
To determine the probability of a Type I error when using multiple comparisons, we use the following formula:
 
  a. 1 (1  .05)c.
  b. 1 (1  .95)c.c 1 (.95  .05)c.
 d. 1 (1  .01)c.

Question 2

_____ is a means of setting a more stringent alpha level in order to minimize Type I errors.
 
  a. ANOVA
  b. The Bonferroni adjustment
  c. An F-ratio
  d. The sum of squares



iceage

  • Guest
Answer to Question 1

a

Answer to Question 2

b



Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question


 

Did you know?

Every flu season is different, and even healthy people can get extremely sick from the flu, as well as spread it to others. The flu season can begin as early as October and last as late as May. Every person over six months of age should get an annual flu vaccine. The vaccine cannot cause you to get influenza, but in some seasons, may not be completely able to prevent you from acquiring influenza due to changes in causative viruses. The viruses in the flu shot are killed—there is no way they can give you the flu. Minor side effects include soreness, redness, or swelling where the shot was given. It is possible to develop a slight fever, and body aches, but these are simply signs that the body is responding to the vaccine and making itself ready to fight off the influenza virus should you come in contact with it.

Did you know?

The lipid bilayer is made of phospholipids. They are arranged in a double layer because one of their ends is attracted to water while the other is repelled by water.

Did you know?

The immune system needs 9.5 hours of sleep in total darkness to recharge completely.

Did you know?

More than 4.4billion prescriptions were dispensed within the United States in 2016.

Did you know?

Chronic marijuana use can damage the white blood cells and reduce the immune system's ability to respond to disease by as much as 40%. Without a strong immune system, the body is vulnerable to all kinds of degenerative and infectious diseases.

For a complete list of videos, visit our video library