Which addressed none of the following:
Since you're asking simplistic questions, I'll give semi-simplistic answers. I've had to cut a few to keep it under length.
Where the first DNA came from
Earlier genetic material, such as RNA and replicating protein strains
the vast amounts of information in animal/human DNA,
From the earlier, lesser amounts of information in other DNA. Compare to creatures with the smallest amount of DNA
how molecular machines evolved,
From other molecular machines, some of which are naturally occuring even today.
how the first cell lived in its hostile environment long enough to reproduce
It wasn't a hostile environment.
what the first cell capable of sexual reproduction reproduced
You're ignoring the varieties of asexual reproduction. It isn't limited to self-reproduction, there are clear steps between true cloning and genetic transfer through sex.
how single-celled plants become multi-celled
Bifurcation, for one.
where the abundance of transitional species are,
Museums. Biology textbooks. Still in the ground. Lost to time.
where the human fossil record are
See above
why some animals, according to the fossil record, did not evolve further
There was no evolutionary drive to do so. Sharks are a very successful species. Without a push to evolve (environmental change, lack of food, competition for mates, competition for food) there is no reason for one biological variation to be more successful than another.
why monkeys are still around
Because they didn't all die? Why wouldn't monkey's be around? Evolution isn't a switch that gets thrown in every member of a species making them something else.
why creatures produced by chance do not have random thoughts
I'll answer if you explain what this has to do with evolution using a true, scientific definition for evolution
why creatures produced by chance have moral values
See above, but I will point out that altruism and charity have benefits to a group, meaning that if all members of a species have some capacity for altruism it increases the chance of survival.
why creatures produced by chance have feelings and emotions and how did they evolve
I don't know "why", and you're still not describing how evolution works. On this one I'll point out that numerous other mammals have emotions and feelings, including clear examples of empathy, charity, justice and mourning.
why there is order in all organisms compared to chaos in the world around it
Really? I don't see this chaos and order. Perhaps if you gave some clear examples.
where the space for the universe came from
Space exists only in the universe because the universe itself exists. See? It's like asking where the hole in the donut came from if there were no donut. Perhaps if you studied some astrophysics.
Which has to do with what?
where the laws of the universe came from (gravity, inertia, etc.)
The laws are measurements of phenomena as we understand them. The first law of physics, for example, came from Newton's measurements of the world around him. Later Einstein over-wrote those laws with new laws. If you're asking where the gravity comes from, the answer is that we don't know, and we don't understand it entirely in the first place.
how matter got so perfectly organized
Matter isn't perfectly organized. It's messily crunched together.
where did energy come from to do all the organizing
Actually, the "organization" of matter, as you call it, reduces the overall potential of the energy in the universe. Every bit of so-called organization is slowly killing the universe by sucking away energy toward an ultimate death in darkness. As to where the original energy came from, all signs point the fact that it came from an enormous explosion at a central point in the universe some 14 billion years ago. It's tough to get more specific than that, because your great laws don't seem to apply very well beyond a certain point, and it all happened so long ago, you see. BUT I'm over-answering your simplistic (and probably copy-pasted) question.
when, where, why, and how life came from dead matter
"dead" means that it was once alive. You're asking for a definition of abiogenesis and you can't even properly do so.
when, where, why, and how life learn to reproduce itself
Ditto, see above, ibid, etc. Life, by definition, reproduces itself. See? Your question is illogical.
what the first cell capable of sexual reproduction reproduce
Didn't you already cut-paste.... er ASK this question? You want an example, fine. Take a creature that reproduces by spraying genetic material to itself in a water environment. Think flower: pistol, stem, that sort of thing. It's a small step from squirting to itself to squirting to a neighbor and the genetic changes that become available through the small loss of energy entailed by moving this step external to the organism are immense. Asexual (impregnating itself) to sexual (impregnating a neighbor) is a simple step that is not a lost cause if there is no neighbor to reproduce with. This is one example.
Single-celled plants became multi-celled? (Where are the two and three-celled intermediates?)
There probably were no 3 celled creatures because simple duplication without disconnection produces a 2 celled creature. If those two then duplicate, you get a 4,8,16 celled creature that is safer simply by being harder to destroy. Add specialization and you get all sorts of wonderful steps.
Single-celled animals evolved?
You're asking me to go through everything we do and don't know about abiogenisis and you'll claim a WIN if I can't undermine your existing conclusions somehow.
Fish changed to amphibians?
Not that amazing, there are fish today with lungs, creatures that have simple box lungs that work equally well in and out of water.
Amphibians changed to reptiles?
Can you even define the difference between an amphibian and reptile?
Reptiles changed to birds? (The lungs, bones, eyes, reproductive organs, heart, method of locomotion, body covering, etc., are all very different.)
Yes, they're all very different ... in modern birds. In ancient birds and reptiles, they're very similar.
and how the intermediate forms lived?
Every species is an intermediate from the prior to the next species, assuming there is a next species and they don't go extinct.
Whales evolved from Basilosaurus, which evolved from Rhodocetus. We have very, very nice fossils from this transition and whales are actually a very nice example of where the transitional fossils were predicted before they were found. The finding verified the prediction and expanded our knowledge. It used to be, probably back when these questions were FIRST asked (whenever that was) that whales were not so well understood in evolutionary terms. DNA mapping has helped quite a bit, and now we know that hippos are probably the closest living animal to whales. Hippos, you know, the semi-aquatic land mammals.