If csc 0=2, then that makes 0 then equal 4.
More time spent perfecting skills compared to college
Profit of 10,750. 91,750 - 81000= 10,750/
Hello There!
Your answer would be <u>C). A tortious act may also be a criminal act.</u>
The reason why C would be your answer is because a tortious act is something that harms someone in any way. The reason why it "may" be a criminal act is because determine if the tortious act is a criminal act really depends on the scenario that is occurring. For example, someone could cause a tortious act in a way of self defense, this scenario would be debatable because the person that committed the tortious act had a valid reason in doing so, and that was protecting themselves. But, if a person was to cause a tortious act by hurting someone to steal from them, then that would definitely be a criminal act because they are performing dangerous things to someone else, and the person could file a lawsuit against it.
Let's dive into why the other answer choices are incorrect. We can use the old fashion process of elimination:
Answer choice "A). A tortious act is always a criminal act" is incorrect because it is not always a criminal act, it depends on the scenario it's in. This is the reason why this answer choice would be eliminated.
Answer choice "B). A criminal act is always a tortious act" is incorrect because there are MANY criminal acts that doesn't harm anyone, for example, tax evasion (not paying taxes) is a criminal act, but does not cause any harm to anyone. This is the reason why this answer choice would be eliminated.
Answer choice "D). A tortious act is the same as a contract dispute" is incorrect because harming someone is not the same as not doing what a contract says. A contact dispute is when someone that's part of a contract did not do a duty that the contract says that they're suppose to do, and that usually doesn't have to be any harm to anyone. That would not be the same as a tortious act, harming someone. This is the reason why this answer choice would be eliminated.
Answer: b. False
All analysis of variance procedures <em><u>assume</u></em> that the compared populations have equal variances.
In all analysis of variance procedures, tests like F-test, Bartlett’s test, Levene’s test and Brown-Forsythe test are used to verify or test the assumption if k samples are from populations with equal variances.
When two or more populations have equal variances, we say that homoscedasticity or homogeneity of variances exist.
The F-test and Bartlett’s test yield best results only if the population is normally distributed. However, Levene’s test and Brown-Forsythe are known to yield good results for data that is not normally
distributed.
