« previous next »

Author Question: The key dependent variable in Milgram's experiment was the ________________. a. scream intensity ... (Read 49 times)

student77

  • Hero Member
  • *****
  • Posts: 567
on: Jul 2, 2018
The key dependent variable in Milgram's experiment was the ________________.
 
  a. scream intensity of the learner
  b. maximum shock administered by the teacher
  c. total number of shocks administered
  d. all of the above

Question 2

Networked individualism is the term applied to the new form of social connectivity that ___________________ ___.
 
  a. increases social capital
  b. emphasizes Internet communication
  c. emphasizes cell phone communication
  d. represents a new form of community
  e. all of the above


popopong

  • Sr. Member
  • ****
  • Posts: 307
Reply #1 on: Jul 2, 2018
Answer to Question 1

b

Answer to Question 2

e


Related Topics

Need homework help now?

Ask unlimited questions for free

Ask a Question
« previous next »
 

Did you know?

Stroke kills people from all ethnic backgrounds, but the people at highest risk for fatal strokes are: black men, black women, Asian men, white men, and white women.

Did you know?

Although puberty usually occurs in the early teenage years, the world's youngest parents were two Chinese children who had their first baby when they were 8 and 9 years of age.

Did you know?

People about to have surgery must tell their health care providers about all supplements they take.

Did you know?

Critical care patients are twice as likely to receive the wrong medication. Of these errors, 20% are life-threatening, and 42% require additional life-sustaining treatments.

Did you know?

According to research, pregnant women tend to eat more if carrying a baby boy. Male fetuses may secrete a chemical that stimulates their mothers to step up her energy intake.

Leder's experiment showing the binding of mRNA to DNA that contains an intron Leder's experiment showing the binding of mRNA to DNA that contains an intron
The Experiment by Albrecht, 1978 The Experiment by Albrecht, 1978
How to find the derivative of a function when the base and exponent contain a variable x^x How to find the derivative of a function when the base and exponent contain a variable x^x
Rosenthal and Fode’s Rat Experiment Rosenthal and Fode’s Rat Experiment
Identify the variable representing each described quantity in the equation Identify the variable representing each described quantity in the equation
Current intensity and the frequency of action potentials Current intensity and the frequency of action potentials
Video: Hydrogen bonds vs. Ionic bond

For a complete list of videos, visit our video library