Quote (Balla @ Jul 19 2012 06:50pm)
You are probably the only person in HnF who has never let my expectations of him down.
Quote (HyphyIll @ Jul 19 2012 06:54pm)
He's not arguing about the effectiveness of a 'dead'lift and a touch and go lift. He is talking about the concentric portion of the lift.
Calm down.
An eccentric dedicated exercise, especially deadlift, will never come to the point of bouncing. The motion would be as slow as dropping the bar without causing it to bounce once.
You seem to be extremely vexed of the time you attempted to argue against me, and ever since have told me to calm down on more than several occassions. I am more than calm, my friend, perhaps you are still infuriated on being taught you were wrong.
Quote (BoldedGreen @ Jul 19 2012 06:59pm)
Man, I've told you more than once that I admire your knowledge, and I'm pretty aware of your being very knowledgeable regarding these issues, but seriously, take it easy. Neither being a library rat makes your right automatically, nor we were speaking about it. And however, and as I told you before, the bar doesn't fucking bounce off the floor when you touch-n-go. I defend doing the contrentric phase of the deadlift, which entails a slow movement until the plates touch the floor once again. SLOW movement.
The only difference between a touch-n-go deadlift and a stop deadlift if you do a slow concrentric phase is that you won't relax your muscles in the former, and you will in the latter. That's all.
My friend, I was the first to advocate eccentric based lifts from the beginning. From before you have even created your account:
http://forums.d2jsp.org/topic.php?t=51386289All types of TnG bounce. There are two possible scenarios:
-Either the individual truly performs a slow eccentric motion, in which the bar would never bounce, and due to such the gravitational restoration would
force the individual to reform his legs position, causing an inevitable pause of at least 1-2 seconds, which is by default not TnG anymore
-The individual never truly performed the eccentric motion properly. Hence, TnG.