The purpose of life is to glorify God and enjoy Him forever.
I know a whole bunch of people here will jump on me for saying that, but go ahead, and I'll defend my statement as best I can.
Well, like you said, people are going to jump on you for saying such, myself for one. Except i'm jumping on board with you. God is our ultimate purpose. He is our creator (thus how we got here), and for that alone he deserves to be eternally worshiped. Beyond that, he has given all of humanity a mind, the ability to think. Everyone is entitled to their individual positions, but I fear that many of you are in for a big surprise when the Day of Judgment comes.
Anyhow, In many ways the way we came about is due to luck. Billions of years ago the earth had the luck of carrying the building blocks of life such as amino acids to create the first living thing. Those tiny cells living in the primordial pool eventually evolved into sea faring creatures. Eons later some of those creatures took to land and millions of years after that primates and the human species are born. We will continue to evolve too unless we face extinction.
First of all, there is no such thing as LUCK.
Secondly, How on earth did the earth ever carry the 'building blocks of life'? Amino acids need to come from somewhere. They don't just poof in to existence somehow. Of course, that's simple. Amino acids come from protiens. So where did the protiens come from?
Also, it is a SCIENTIFIC LAW, that life can NOT come from non living things.
Just jumbling a bunch of protiens together in the right way will NEVER, not even in a million billion years, create any form of life what so ever.
And how, pray tell, can a microorganism evolve into a human?
Where did it get all the DNA from? It definately didn't make it. The second law of thermo dynamics states that if left alone, things naturally fall into a state of decay. They become worse and worse, not better and better.
So, I just don't see how it is possible for us to have evolved from nothing.
You see, in the end, this all boils down to two points of belief. You believe that either
1) In the beginning, God created the heavens and the earth.
or
2) In the beginning, there was NOTHING, then it exploded.
I'm settling for the first of those two choices.
How about you?
Not quite right, Proteins are made up of Amino acids, which are just a certain group of organic chemicals, and it's quite probable that some simple chemical reactions could form these (I think they've managed to make amino acids with electric discharges through a mixture of gases thought to have been on the early earth) . Add a bit more heat and time, and you'll eventually get simple protein chains forming.Secondly, How on earth did the earth ever carry the 'building blocks of life'? Amino acids need to come from somewhere. They don't just poof in to existence somehow. Of course, that's simple. Amino acids come from protiens. So where did the protiens come from?
If you're thinking of Pasteur's work on spontaneous generation, that was about fully formed life forms (bacteria, rats etc.) coming to be because people in those days thought they just appeared out of thin air. However, science isn't even sure on how we got from proteins to life forms yet, but there are a few hypotheses (abiogenesis is one of them).Also, it is a SCIENTIFIC LAW, that life can NOT come from non living things. Just jumbling a bunch of protiens together in the right way will NEVER, not even in a million billion years, create any form of life what so ever.
Gradual mutations, generation by generation over billions of years (i.e. evolution) has seemingly resulted in it.And how, pray tell, can a microorganism evolve into a human?
Each time the organism reproduces (in this case, asexually by dividing), the DNA isn't copied exactly. Bits can be added, removed, or copied wrongly. If this mutation has resulted in something useful, like a protein which perhaps reacts slightly to light, then there's more chance of this cell survivingWhere did it get all the DNA from? It definately didn't make it.
The second law of thermodynamics states that if left alone in a closed system, things naturally fall into a state of decay. The Earth is definitely not a closed system, since it receives vast amounts of energy from the Sun.The second law of thermo dynamics states that if left alone, things naturally fall into a state of decay. They become worse and worse, not better and better.
Mixed up amino acids and proteins again, but I'll let that slip. It has taken about 3.8 billion years to get from single celled organisms to what we have today.And besides, even IF we evolved from some amino acids, do you know how long it would take?
Actually, yes, you can in most cases. There's possibly over 10,000,000 proteins found in nature, so it's inevitable that you'll eventually get one forming out of chance2) Now, you do know that to make an amino acid, you can't just take any 22 protiens and put them in any order. They need to be 22 specific protiens in a specific order. Any other mix of protiens or any other order in which they link together, would not produce an amino acid.
Not from nothing, no. Again, we don't know exactly how we got from proteins, but remember that it didn't just happen in a flash.So, I just don't see how it is possible for us to have evolved from nothing.
Don't forget that your religion isn't the only one with a creation story.You believe that either
1) In the beginning, God created the heavens and the earth.
No. In the beginning, there was a singularity (an infinitely small and infinitely dense point of matter), and the natural state of a singularity is to expand outwards (rapidly). Where this matter has come from, we don't know.2) In the beginning, there was NOTHING, then it exploded.
Oops, I guess I hadn't woken up all the way. Yes, Proteins are made up of a minimum of 22 amino acids, but most have hundreds.Not quite right, Proteins are made up of Amino acids.
Yes, they have managed to make amino acids, but there are two major problems with how they went about it:and it's quite probable that some simple chemical reactions could form these (I think they've managed to make amino acids with electric discharges through a mixture of gases thought to have been on the early earth) . Add a bit more heat and time, and you'll eventually get simple protein chains forming.
Except, mutations are ALWAYS for the degredation of DNA, nothing EVER gets better from a mutation. Mutations only cause the cell to lose some of their DNAGradual mutations, generation by generation over billions of years (i.e. evolution) has seemingly resulted in it.
As I said before, scientists have observed THOUSANDS of mutations, and never once, have any of them added ANYTHING to the DNA.Each time the organism reproduces (in this case, asexually by dividing), the DNA isn't copied exactly. Bits can be added, removed, or copied wrongly. If this mutation has resulted in something useful, like a protein which perhaps reacts slightly to light, then there's more chance of this cell surviving
Yes, but it is not enough for the earth to receive energy. The energy needs to be applied in a way that creates order. Other wise, if the energy is just 'coming in' you still have disorder. For example, a lightning strike is a lot of energy, if it hits a house, do all the windows become sparkling clean, the missing shingles on the roof nail themselves back into place, the crooked gutters staighten out, and the cracks in the foundation are all repaired? Of course NOT!The second law of thermodynamics states that if left alone in a closed system, things naturally fall into a state of decay. The Earth is definitely not a closed system, since it receives vast amounts of energy from the Sun.
I have to disagree, but even if you could get just one to form out of chance over 3.8 billion years, well, there's 1. What about the other several thousands of different types of proteins? All of those are essential to create the world we have today.It has taken about 3.8 billion years to get from single celled organisms to what we have today.
Actually, yes, you can in most cases. There's possibly over 10,000,000 proteins found in nature, so it's inevitable that you'll eventually get one forming out of chance
So, where did that matter come from? It all has to come from somewhere. My hypothesis is that that matter came from a molecule of nothing that exploded into some matter.No. In the beginning, there was a singularity (an infinitely small and infinitely dense point of matter), and the natural state of a singularity is to expand outwards (rapidly). Where this matter has come from, we don't know.
1) First of all, they did not add oxygen to the mix of chemicals they used to make the amino acids, however, it is now general consensus among nearly all scientists that there was a LOT of oxygen in the early atmosphere. Any amount of oxygen, even just a little bit, would have prevented those amino acids from forming.
Except, mutations are ALWAYS for the degredation of DNA, nothing EVER gets better from a mutation. Mutations only cause the cell to lose some of their DNA
As I said before, scientists have observed THOUSANDS of mutations, and never once, have any of them added ANYTHING to the DNA.
So, where did that matter come from? It all has to come from somewhere. My hypothesis is that that matter came from a molecule of nothing that exploded into some matter.
http://www.huliq.com/36062/evidence-of-oxygen-in-earths-early-atmosphereCite your sources if it's the "general consensus".
That article seems total nonesense, unless I missed something, it doesn't seem to address the situation.
I was just joking. But seriously, where did that first molecule come from, it really had to of come from nothing. So you have nothing, it explodes, and you have something.A molecule of nothing is still something.
http://www.huliq.com/36062/evidence-of-oxygen-in-earths-early-atmosphere
http://researchmag.asu.edu/2008/09/get_a_whiff_of_this.html
http://www.astrobiology.net/archives/2007/11/oxygen_in_earth_1.html
http://creationwiki.org/(Talk.Origins)_Earth's_early_atmosphere_had_abundant_oxygen
http://www.physorg.com/news80239957.html
http://astrobiology.nasa.gov/articles/oxygen-in-earths-early-atmosphere/
http://toarchive.org/indexcc/CB/CB035_1.html
Alright, here are 7 to start with. Notice that though they all differ on the amount of oxygen that there was, they all agree that there was some. And even just a very little bit is enough to keep the amino acids from forming.
Scientists at the Carnegie Institution and Penn State University* have discovered evidence showing that microbes adapted to living with oxygen 2.72 billion years ago, at least 300 million years before the rise of oxygen in the atmosphere.
That article seems total nonesense, unless I missed something, it doesn't seem to address the situation.
I was just joking. But seriously, where did that first molecule come from, it really had to of come from nothing. So you have nothing, it explodes, and you have something.
Why are we here?
-Uhh...to make this world a better place to live.
Where are we going?
-To war.
Nice point. :]If we knew the purpose of life, we would no longer have that free will.
Again with the "to save human kind"?-What should we be doing, if anything at all?
Trying to help the human race.
Point? There was supposed to be a point?What exactly is the point of life?
Well, little child. Your mommy and your daddy decided to have [insert odd word here] and then you were born! :OWhy are we here?
Well, I really don't know about you, but I am going to sleep now...Where are we going?
Well, we shouldn't be arguing over a nonsense, yet good subject. Anyways, I should be doing my 5-page essay due tomorrow, but I think that is about it. I don't know about you though.What should we be doing, if anything at all?
I don't agree with that. For example, Nylon eating bacteria is a quite good example of a beneficial mutation.Except, mutations are ALWAYS for the degredation of DNA, nothing EVER gets better from a mutation. Mutations only cause the cell to lose some of their DNA
As I said before, scientists have observed THOUSANDS of mutations, and never once, have any of them added ANYTHING to the DNA.
I know this isn't biology, but take crystals as an example. You apply a large amount of energy until the solution is melted, then allow it to cool down gradually. After a while, you'll get a bunch of crystals - if you look at these under an atomic microscope, you will see what looks like perfect order.Yes, but it is not enough for the earth to receive energy. The energy needs to be applied in a way that creates order.
You're right, it doesn't. Because those have got absolutely nothing to do with turning chemicals into ordered structures.Other wise, if the energy is just 'coming in' you still have disorder. For example, a lightning strike is a lot of energy, if it hits a house, do all the windows become sparkling clean, the missing shingles on the roof nail themselves back into place, the crooked gutters staighten out, and the cracks in the foundation are all repaired? Of course NOT!
Lots formedI have to disagree, but even if you could get just one to form out of chance over 3.8 billion years, well, there's 1. What about the other several thousands of different types of proteins? All of those are essential to create the world we have today.
Why can't it have existed forever?So, where did that matter come from? It all has to come from somewhere.
Before the big bang occured, you'd probably be looking at pure energy - not even subatomic particles, let alone complete molecules existed then.But seriously, where did that first molecule come from, it really had to of come from nothing. So you have nothing, it explodes, and you have something.
Bacteria had this DNA before they ever landed in this pool. You see, all it took was 1 bacterium with the proper DNA to get into that pool.I don't agree with that. For example, Nylon eating bacteria is a quite good example of a beneficial mutation.
But that has nothing to do life. Those crystals are dead. They are not any closer to being alive than the beginning chemicles were.I know this isn't biology, but take crystals as an example. You apply a large amount of energy until the solution is melted, then allow it to cool down gradually. After a while, you'll get a bunch of crystals - if you look at these under an atomic microscope, you will see what looks like perfect order.
Chaos can become orderly very easily in chemistry.
You're right, it doesn't. Because those have got absolutely nothing to do with turning chemicals into ordered structures.
All matter needs to have a beginning.Why can't it have existed forever?
Before the big bang occured, you'd probably be looking at pure energy - not even subatomic particles, let alone complete molecules existed then.