Great. Let us know when you're caught up. :thumb:You claim you want to discuss evidence. I'm trying to do so.
Great. Let us know when you're caught up. :thumb:You claim you want to discuss evidence. I'm trying to do so.
This is where the Darwinist's practice of avoiding sensible dialogue gets us. They will do anything to avoid a discussion over the evidence, so when the conversation heads that way, they spam it until it's buried.
It's all there.
Good luck finding the posts. They're back there somewhere.
Great. Let us know when you're caught up. :thumb:
Why are you doing this?
Seriously?
Just making a point, Jose. Chill :chuckle:
Bored? Here:yawn:
This is where the Darwinist's practice of avoiding sensible dialogue gets us. They will do anything to avoid a discussion over the evidence, so when the conversation heads that way, they spam it until it's buried.
It's all there.
Good luck finding the posts. They're back there somewhere.
Great. Let us know when you're caught up. :thumb:
Not this time, Blablarian.
You presented a challenge to the Hydroplate theory, saying the crust could not have slid as it did without boiling the oceans.
However, it's quite clear that you spent no time actually reading the theory
or thinking seriously about where the energy might have gone other than toward heating water.
But in a vain attempt to draw attention away from how seriously you've embarrassed yourself again, you pretend that you don't understand the simple explanations I provided.
That's right!No matter how you do it, all that energy has to go somewhere.
Oh, that's a nice try, but unfortunately wrong. It's like that time you said predictions were "all that matter in science."Something would have to stop the motion, and the kinetic energy would be transformed to heat one way or the other.
Kinetic energy would be transformed to heat one way or the other.
Blablaman speaks ex cathedra:
Nope. This is flat-out wrong. Surely Blablabarian's Darwinist allies don't want him embarrassing his side like this. Maybe they will correct him.
Been a while since I had physics. I'd have to do some research
If a ball rolls down a hill, how can it come to a stop without all its kinetic energy being converted to heat?
:darwinsm:You don't seem to be able to tell us.
Inventing a new scenario isn't addressing the situation.Rolling downhill, the ball's potential energy is transformed to kinetic energy. Stopping it on the way down, or even on the bottom of the hill will transform the kinetic energy to heat.
If it's merely rolling down a hill and stops at the bottom, it's all lost as heat from friction.
Hurray!The only exception is in raising an object. Here, it's removed as potential energy.
Oh dear.However, we're talking about moving continents thousands of miles, and raising mountains perhaps 2 miles.
Nope. This is just you pretending that your ideas must be involved everywhere.Further, we're also talking about subducting other crust.
Your unwillingness to explain your position suggests that you have already figured out that it's faulty.
Blablaman has finally gotten it right! Kinetic energy does not have to go to heat, as he insisted it must have done.
You're so stupid.
The mountains rose; the valleys sank downHowever, we're talking about moving continents thousands of miles, and raising mountains perhaps 2 miles.
Barbarian explains why potential energy won't save Stipe's new religion:However, we're talking about moving continents thousands of miles, and raising mountains perhaps 2 miles. Quote Originally Posted by Stripe View PostBlablaman has finally gotten it right! Kinetic energy does not have to go to heat, as he insisted it must have done.It always eventually does, Stipe. That's why they call it "thermodynamics."Further, we're also talking about subducting other crust below sea level at the same time, which means the same process is also reducing potential energy, as the crust goes lower into the mantle. Likely a wash. Rest of it is heat. Physics it's not your strong point, is it?Stipe tries a different dodge:The horizontal movement of the crust is irrelevant when it comes to calculating how much energy is involved.You're wrong. Force always equals mass times acceleration. And slowing down is acceleration as much as speeding up is acceleration. So you will always have to expend energy to make something move, and then again to stop it. No way around it, Stipe.Stipe vents his embarrassment:You're so stupid..