Answer:
Replication
Explanation:
The 3 main principles of experimental deisgn
1. Randomisation
2. Replication
3. Blocking
Replication
This has different definition. It is when a researcher repeats that is replicate research findings through correct use of operational definitions, procedures, etc.
A good research mut be replicated and it must result in the same or similar in terms of findings each time the experiment is performed.
It also implies that the treatment used in an experiment was used more than once in an experiment. It because allows us to estimate the inherent variability in the data. This allows us to know and judge if an observed difference in treatment was as a result that is it could be due to chance variation.
Replication is very important because when we have one experiment or treatments once, we would not know if the observed difference is due to the treatments or just random variability. But replication helps you to know the reason for the observed differences.
AU 240 consolidates the fraud triangle of opportunity, pressure/incentives and rationalization in organizing prevention. Opportunity is the demonstration being conceivable or moderately simple including access to submit the extortion. Pressure can be either a person's requirement for cash or rewards and disciplines connected to the representative by the firm; saw need to meet money related experts' profit desires; and want for higher reward and upgraded of investment opportunity esteem. Rationalization is creating reasons to legitimize accomplishing something for the most part wrong with the goal that one doesn't feel excessively blame, for example, it will just happen this one time.
They were rivers Tigris and Euphrates
<span>Reinforcement is what occurs when a behavior is performed more often because something good happens when it does. This is because creatures are inherently motivated by rewards, and they believe that they can influence situations in their favor by doing the actions that result in the most positive outcome.</span>
