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Showing posts with the label Religion

Welcome to Charleston, The UN-Holy City????

Charleston was nicknamed The Holy City because of the numerous Churches in the area. It is hard to travel more than a mile anywhere in the area without passing a Church. In some areas, you will find a Church on every street corner much like gas stations in other cities. You will find any Denomination you want too so if you are planning a trip here, it won’t be hard to find a place to worship. However, you also need to know that there is an Anti-God movement on the rise here as well and that only stands to reason. Newton’s law states that for every action, there is an equal and opposite reaction. This not only applies to mass it also applies to religious beliefs. It seems that the stronger the religious society gets the more opposition there is to it. As some people try to move toward God, others try to move in the opposite direction. This has been happening since the beginning of time and will continue to the end. Since 9/11, there has been an increase in the attendance at Churches in

Answers, Riddles and more Answers.

Here is the answer to the riddle I told this past Sunday. It really is quite simple. The problem is that no matter what you ask, each girl will give you the same answer and there is no way to tell who is telling the truth and who is lying. So you have to essentially ask both girls at the same time and then you know the answer is a lie. But remember you can only ask one question so here it is; “If I asked your sister if you were the liar what would she say? No matter which answer you get it will always be false so just invert it and you have the right answer. For instance if you ask the liar that question she will say that the sister would say NO. The sister (the truthful one) would actually say YES but remember you are asking the question to the liar so she will lie and say NO. Confusing isn’t it? The opposite would happen if you were talking with the sister who told the truth. Now if you wanted to figure this out mathematically you could use the formula A(–A) = -(A( squared) ). Where