Answer: A
Explanation: The dispersion of the Jews among the Gentiles after the Captivity
Answer: (C)
Rats can learn to run complex mazes even without food rewards present.
Explanation:
Biological predisposition to learning is brought about by an internal inherited quality that increases the likelihood of having a condition or exhibiting a certain pattern of behavior.
It occurs in humans and animals and has to do with genes passed down from parents to children.
In this case, the genetical makeup of the rats can cause them to learn to behave in a certain way over time.
Answer: Placing an order at a restaurant
Explanation:
Placing an order at a restaurant is a rational and intentional system of thought according to the dual process theory.
It's like breaking into a house to expose security flaws.
When you are a 'white hat' hacker you use hacking to find weaknesses in the system. If one person can break in then someone else can, but if you can figure out what flaws there are you can fix or 'patch' them. 'black hat' hackers are the reason companies hire 'white hats' to find vulnerabilities, because 'black hats' hack systems maliciously. For example breaking into the USA Pentagon system to try to hijack it.
Bottom line: If you have a really good hacker try hacking your system to find security vulnerabilities, it is similar to you hiring a really good burglar to see if your house has any security issues.
Hope this answer helps you understand what you needed too.
May the Force Be With You while you do your homework!
-Jabba
Answer:
Counterbalancing
Explanation:
Order effects is known to be the area of order of treatments in the course of an experiment process. Simply put it this way, putting the treatments in a separate order will cause some changes to the results depending on the order of administration of the treatment just as in the case study.
Order effects could be due to probably anything such as fatigue (from one or two tests), practice (familiar with the testing environment boost performance) or varying Testing Conditions (from the testing environment such as heating, lighting, or ergonomics).
Counterbalancing, comes into play in times of all probable treatments being given in all probable orders can regulate for order effects.
Counterbalancing is a procedure used to solve order effects when employing a repetitive process design. With counterbalancing, the participant sample in our case study is grouped in fours using a within-subjects design with four levels to his independent variable. Conner has ¼ of the participants complete each level in ABCD order, a ¼ of participants in BCDA order, a ¼ of participants in CDAB order, and a ¼ of participants in DABC order.
The varying order effects would be compensated for by this procedure.
For within-subjects design, two major counterbalancing techniques would be used involving subject-by-subject counterbalancing, which regulates progressive error for every subject, and across-subjects counterbalancing that evenly spread progressive error over all subjects.
