Answer:
I believe the answer is B
Explanation:
I think the answer is B because Jewish people can sometimes be strong in world war ll but other times they run and get scared.
Answer:
The answer is C, fiscal policy.
Answer:
Janet stops parking in handicapped spaces after she gets a big parking ticket. - Positive Punishment
Peter’s recess is taken away to discourage him from getting into fights with the other children. - Negative Punishment
Ted increases paying his bills on time to avoid a late fee. - Negative Reinforcement
Sally increases the amount of work she completes to receive more pay. - Positive Reinforcement
Explanation:
In operant conditioning, the main principle is that behavior increases or decreases its frequency depending on whether it's reinforced or punished. A behavior can be reinforced by giving something the subject appreciates, like more pay for their work (positive reinforcement) or taking away something they dislike, like late fees (negative reinforcement). Punishments work the same way, you can give something the subject dislikes, like a parking ticket, (positive punishment) or taking away something they like recess for a child. (negative punishment).
Answer:
Explanation:
Principles of IG are on the evolutionary edge, and therefore, most successful IG programs have been characterized by …………………………… key principles which have become the basis for best practices and should be designed into the IG approach. A. Five B. Eleven C. Ten D. None of the above.
Entropy is a system's propensity to lose its ability to grow old and become obsolete.
Entropy is a crucial idea in physics and chemistry, and it can also be used in fields like cosmology and economics. It is a component of thermodynamics in physics. It is a fundamental idea in physical chemistry, the study of chemistry.
Key Learnings: Entropy
Entropy is a metric for a system's unpredictability or disorder.
The mass of a system affects the value of entropy. It has units of joules per kelvin and is represented by the letter S.
The value of entropy can be either positive or negative. The entropy of a system can only go down if the entropy of another system goes up, according to the second law of thermodynamics.
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