If Patty Kane was more like captain serious ...

[elocomotive]

I was just making a joke! Pretty girls are experienced? Thought that was an open door...I hope she does have a nice personality, I just wish she'd cover her chest a bit.

Uh yeah... I guess it was.

 

[elocomotive]

Ugh. Don't get me started on that disaster. I punted him back to the Eastern Seaboard.

Oh, I didn't even know the "visit" already happened. You gave him the Kane treatment!

 

[KillerVee]

It was awful. I am heartless.

 

[Darkstone42]

I would like to make one very important point.

Gravity exerts a uniform acceleration on all objects. The only things which can change the rate at which an object falls are differences in drag and relative density with the medium through which the falling is occuring.


That is all. I have nothing else to contribute.

 

[SLY]

You cruel woman.

 

[awaz]

Fuck off, lol... I always use that joke, and no one ever gets it, they just think I am a sick bastard. Hasn't anyone seen Booty Call?

*wondering if kind hearted race jokes are accepted*

 

[Darkstone42]

You cruel woman.

I resent that.

 

[SLY]

*wondering if kind hearted race jokes are accepted*

Fine by me, but you may get banned. lol. It is a "black" movie if that is what you are getting at?

 

[SLY]

I resent that.

Are your tits hitting your knees yet?

 

[Darkstone42]

Are your tits hitting your knees yet?

Hey, I lost a lot of weight recently.

 

[SLY]

Hey, I lost a lot of weight recently.

Perhaps you should start working on an anti-gravity device to help you out?

 

[awaz]

Fine by me, but you may get banned. lol. It is a "black" movie if that is what you are getting at?

 

[Darkstone42]

Perhaps you should start working on an anti-gravity device to help you out?

NOT POSSIBLE!

 

[SLY]

NOT POSSIBLE!

Well I believe it is.

 

[elocomotive]

Gravity exerts a uniform acceleration on all objects. The only things which can change the rate at which an object falls are differences in drag and relative density with the medium through which the falling is occuring.

That is all. I have nothing else to contribute.

Doesn't the density of the matter itself impact the equation? I don't see many saggy rocks around.

Also, when one piece of matter is say, 27 years old and two additional pieces of matter are, let's say, only 6 years old, wouldn't gravity have had less time to impart force on said additional objects?

 

[awaz]

Doesn't the density of the matter itself impact the equation? I don't see many saggy rocks around.

Also, when one piece of matter is say, 27 years old and two additional pieces of matter are, let's say, only 6 years old, wouldn't gravity have had less time to impart force on said additional objects?

 

[Darkstone42]

Doesn't the density of the matter itself impact the equation? I don't see many saggy rocks around.

Also, when one piece of matter is say, 27 years old and two additional pieces of matter are, let's say, only 6 years old, wouldn't gravity have had less time to impart force on said additional objects?

You're not talking about gravity anymore. You're talking about material science. Rocks don't sag because they're in rigid lattices. The chemical bonds are exerting as much upward force on the atoms as gravity is exerting downward force. It's like sticking something on a table. Gravity's still having the same effect on the object, because it's sitting on the table, and it will fall to the table if dropped, but the table is exerting upward force on the object, so no matter how long it sits there, it won't drop anymore.

As far as two objects of similar materials at different ages, now you're talking about the degeneration of materials. Gravity has nothing to do with it, or at least very little to do with it. The materials just break down over time. If you put them in a vacuum it would happen just from molecular decay, it would just take longer. Now, perhaps silicon degrades more slowly than human stuffs, but that's not gravity's doing, it's the material's nature.

That is all.

 

[awaz]

You're not talking about gravity anymore. You're talking about material science. Rocks don't sag because they're in rigid lattices. The chemical bonds are exerting as much upward force on the atoms as gravity is exerting downward force. It's like sticking something on a table. Gravity's still having the same effect on the object, because it's sitting on the table, and it will fall to the table if dropped, but the table is exerting upward force on the object, so no matter how long it sits there, it won't drop anymore.

As far as two objects of similar materials at different ages, now you're talking about the degeneration of materials. Gravity has nothing to do with it, or at least very little to do with it. The materials just break down over time. If you put them in a vacuum it would happen just from molecular decay, it would just take longer. Now, perhaps silicon degrades more slowly than human stuffs, but that's not gravity's doing, it's the material's nature.

That is all.

normal force ftw!

 

[elocomotive]

Now THAT is a science lesson!

 

[puckhead]

how the fuck did you assholes turn a thread about a hot chick into a damned nerdfest.


/son, I am dissapoint.