Prisoner's dilemma - is a two-person scenario in which (1) Player A stands to benefit more from a transaction by acting selfishly toward Player B if B offers to collaborate, and vice versa; but, (2) A and B together might obtain a bigger total payoff by collaborating than by acting selfishly in both cases. The typical result of a Prisoner's Dilemma is that both players act selfishly, which results to a poor decision for both.
With this system, one may strike a balance between rivalry and competitive for the benefit of all parties.
According to game theory, a situation where two players act selfishly would ultimately lead to a poor decision or getting smaller rewards for both is known as a prisoner's dilemma. The prisoner's dilemma also demonstrates the fact that sometimes, collaboration is not the best course of action.
To learn more about Prisoner's dilemma, refer
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<span>Shays rebellion 1786 became a concern for many national leaders because it </span>exposed fundamental weaknesses in government under the Articles of Confederation.
Answer:
Analyze data and conclusion.
Explanation:
When experiments are performed they follow a logical sequence that ensures the problem is adequately analysed, solutions obtained, and findings recorded for future use.
The steps of experimentation includes:
- Ask a question
- Do background research
- Construct a hypothesis or predict results
- Conduct experiments
- Analyze data and conclusion.
In the given scenario the student researches turtle nesting, makes a prediction to investigate based on his research and observations, performs the experiment, and writes down his data and ends his study.
He failed to analyse the data and draw conclusions from the experiment.
This is an important final step that provides an answer to the problem. It is recorded so that the conclusion can be used in the future by others
Answer:
Velocity is defined as a vector measurement of the rate and direction of motion. Put simply, velocity is the speed at which something moves in one direction. The speed of a car traveling north on a major freeway and the speed a rocket launching into space can both be measured using velocity.
AND
Examples:
Revolution of Earth around the sun.
Revolution of moon around the earth.
Velocity of a satellite around the earth.
Velocity of a car while driving.
Velocity of a ball when hitted with a bat.
Velocity of water coming from a tap.
Velocity of the train .
Characteristic velocity or , or C-star is a measure of the combustion performance of a rocket engine independent of nozzle performance, and is used to compare different propellants and propulsion systems.. Formula = ˙ is the characteristic velocity (e.g. m/s, ft/s) is the chamber pressure (e.g. Pa, psi)
