A. 47, the right side of the table shows Life Expectancy, the left shows Mortality Rates of infants
While making a fundamental attribution error, we center our attention on the person whose behavior we're considering because: the individual's immediate surroundings remain relatively unchanged and less attention grabbing.
Answer:
Correlation versus Causation.
Explanation:
These concepts can be said to have/seem deceptively similar. But recognizing their differences can be the make or break between wasting efforts on low value features and creating a product that your customers can’t stop raving about. In user behaviour, it is said that product managers, data scientists, and analysts will find this useful for leveraging the right insights for product growth, such as whether certain features impact user retention or engagement.
Answer:
b. Jennifer will recall the capitals and their states better than Jeff.
Explanation:
Jennifer and Jeff are studying for their geography exam. Jeff is learning the states' capitals by repeating them over and over. Jennifer is incorporating information she already knows about each state into the name of the capital. While Jeff is repeating "Sacramento is the capital of California, Sacramento is the capital of California," Jennifer is saying "SacraTOMATO is the capital of California" because she knows Sacramento is in the middle of a rich agricultural valley. If the levels-of-processing theory is correct,
Jennifer will recall the capitals and their states better than Jeff.
Jennifer is making use of word and image association in her study based on information she had already acquired, this will enable her to remember what she learnt better than Jeff who is making used of repetition which can only be store in the short term memory and likewise, a confusion in the words can unsettled what he had memorizes
Answer: t=-5.651
Explanation:
Let 
be the population mean number of hours a week answering their email.
As per given we have
Sample size : n= 783
Sample mean : 
Sample standard deviation: s=7.23
Since population standard deviation is unknown, so our test -statistic has a t-distribution.
Test statistic : 
∴ The test statistic : t=-5.651
