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1. Because triceps bare the brunt of the force during the pressing excercises and being that they are a smaller muscle group they WILL fail first.
Any sources for this one?

Because it seems to me, and every weightlifter I've ever heard speak on the subject (no matter what style of training they follow), that the chest bares the brunt of the force during the bench press, and delts during military. Additionally, I don't think I've ever failed a press due to my triceps failing, nor have I seen this in anyone else.
exrx.net and Wikipedia (first two links I found while searching for 'bench press') both state that the bench press is mainly a chest development exercise. Any sources to say it's not?
I searched 'bench press record attempt' on Youtube and these were the first five results that failed (I missed ones that succeeded, obviously), reading down the page. They are not cherry picked:
http://www.youtube.com/watch?v=a_HfGJQp0_A (fails during chest portion)
http://www.youtube.com/watch?v=N6sktheFAbc (fails during chest portion)
http://www.youtube.com/watch?v=FITUkk-MKro (fails during chest portion)
http://www.youtube.com/watch?v=AMih7_oK-yA (fails during chest portion)
http://www.youtube.com/watch?v=QrTtYc8w2QU (fails during chest portion)
Do you notice something? Seems to me like despite your logic, the chest always fails first!
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2. Overtraining just puts you in a deeper inroad which means youll need more time to recover and being that recovery supercedes growth, if your train prior to your actual growth you would have done nothing but short circuiting that growth mechanism. diet and sleep are important but it takes the body TIME to replenish the glycogen that was burned up during the workout. (see the mike mentzer links on my link below)
Yes, it certainly takes the body time to recover fully, but this is dependant upon your diet and sleep and muscular rest. If I trained, then ate 500 calories a day for the rest of the week, my muscles have had far less energy to recover than if they had been fed 7,000 calories a week. Again, the question, is, what is feasible? The proven answer is that you can train with a full body workout like the one I listed on non-consecutive days without overtraining, provided your diet and rest are in check. If you
were overtraining, you wouldn't be able to grow or make strength gains (at least not long term) which is simply not true. My progress on strength programs has been phenomenal, and you can take a look at some of the success stories on the Stronglifts site to see how much progress they have made.
They have progressed, therefore they obviously aren't overtraining.
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3. You can train while being over trained but its just counter productive, makes it an endurace contest; REMEBER THE MARATHON RUNNER IS ALWAYS SMALLER THAN THE SPRINTER.
See the above, Stronglifts constitutes overtraining in absolutely no way as long as you're eating well and sleeping right.
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4. Your whole set should be time, time is the graetest indicator of the amount of work being done; if I do 12 reps in 12 seconds and you do 12 reps in 20 seconds whos done more work? (hint 20 seconds is more than 12).
It would help if you had even a remote understanding of physics. Work is simply a measure of energy
http://en.wikipedia.org/wiki/Work_(physics) transferred by a force acting through a distance. In this case, we don't need to work out the force, since we are merely lifting a weight upwards. The equation becomes PE=W, or potential energy is equal to work, since whatever work we have done (energy we have given) has been transferred into the potential energy of the weight (if you don't understand potential energy:
http://en.wikipedia.org/wiki/Potential_energy).
PE = 1/2MGH
PE = 1/2*Mass*ForceOfGravity*Height
Let's say we lift a 100kg weight 1m. We're both lifting the same weight the same distance, yeah? Thus
PE=1/2*100*9.8m/s*1
PE=490J.
Since PE=W, and we have given the mass the same potential energy,
we have performed the same amount of work. Time doesn't factor into the work we have done. But, I'll cut you some slack, perhaps you meant a similar concept where time does factor in? Which one of us is more powerful?
http://en.wikipedia.org/wiki/Power_(physics)
P=W/T
Power = Work/Time
For simplicity, let's say we've each done 100J of work, since we now know that our work is equivalent. You take 20s, I take 12s...
P=100/20=5 Watts for you
P=100/12=8.3 Watts for me
So who's more powerful? (Hint: 8.3 is greater than 5)
If you're going to bring physics into this man, at least have a high school knowledge of the field.
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5. The only reason they go slow with the reps is to reduce momentum and have quality reps. I dont even do reps per se but my workout are a hell of a more productive than yours.
Momentum, despite what that link of yours says, isn't an external force.
http://en.wikipedia.org/wiki/Momentum
Momentum is merely a descriptor of the mass and velocity of an object within a system. Read that again; a descriptor, not a force. That means it does not affect a thing. The reason why a high momentum is bad is because the trainee may not have the potential to generate a force to reverse that momentum or control the movement of the weight.
However, once the momentum is low enough that the weight can be controlled and lifted up again, there is
no point to lowering it further. If you're in a car and coming up to a tight corner (let's assume there's no other cars around or anything), you might need to go at 50km/h to get around the corner safely. But there's no point going even slower at 10km/h because it doesn't make you any safer, only slower.
I have no idea what your workout is, but I'm quite willing to bet that if you switched to Stronglifts, you'd see more progress.
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Do some reasearch before advising someone here and post sources this is the problem with health and fitness today no science all opinons and majic potions.
Mate.
Research and theory are intended to
explain experience,
not contradict it. That's the fundamental premise of the scientific method - experiment, observe what happens, then explain it with research. If the theory you had does not match the results, you abandon it.
What you are doing is completely unscientific. You are standing by research and theory despite it being contradicted by the experiments and results.
That is not science. If you really wanted to drag science into this, you would be taking a look at the Stronglifts site and all the success stories. You'd be thinking, "Hm, that's strange", and doing research to explain
why it works, rather than just sticking your fingers in your ears and shouting "Lalalala, no it doesn't".
By the way, please stop insinuating I haven't done my research. I've about 1gig of bodybuilding material saved on my computer, regularly browse three weightlifting websites and have years of various fitness experience under my belt, from endurance walking to high level martial arts to the weightlifting I do now. I'm quite willing to bet I know more about the subject than you, but I'm not trying to push that perspective because that's an appeal to authority and it's a logical fallacy:
http://en.wikipedia.org/wiki/Argument_from_authority
I ask that you do the same.
Btw. Does dondeluis have any questions about routines? We've sort of hijacked this thread, but I'm still happy to address any questions he might have.
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