Regarding cross-cultural differences in cognitive biases, which of the following statements is TRUE?
a. People from individualistic cultures are more prone to make the fundamental attribution error and less prone to demonstrate a self-serving bias.
b. People from collectivist cultures are more prone to make the fundamental attribution error and less prone to demonstrate a self-serving bias.
c. People from individualistic cultures are less prone to make the fundamental attribution error and more prone to demonstrate a self-serving bias.
d. People from collectivist cultures are less prone to make the fundamental attribution error and more prone to demonstrate a self-serving bias.
e. People from individualistic cultures are more prone to self-serving bias and the fundamental attribution error than are people from collectivist cultures.
Question 2
Which of the following can best be described as an example of latent learning?
a. Deborah, who gives her four-year-old son a hug every time he puts his toys away.
b. Samantha, who has wandered through the downtown area a number of times without having a particular goal in mind. When she is asked to take a friend to a particular restaurant in that neighborhood, she almost immediately picks the shortest route.
c. Dr. Caruthers , who has been working on a particularly thorny problem in microbiology for a number of months. She then suddenly realizes the solution to her problem, seemingly without effort.
d. Jason, who has a flat tire while driving on a country road. He remembers having seen his dad change a flat tire before, so he doesn't hesitate to attempt the task himself. He is successful in the attempt and is soon on his way again.
e. Patrick, who is planning to spend the day at the beach. He packs sunscreen and applies it to himself everytwo hours while he is at the beach because he doesn't want to get a sunburn.
Cross section of the right forearm
Cross-Cutting Relationships
A Punnett square can be used to derive the F2 ratios in a cross from the F1 generation.
Results of a cross involving two genes located on the same chromosome
Cross-section of a human molar
Dihybrid-cross analysis