On Nov 11, 11:57*am, "WildBill" wrote:
"NowNow" wrote in message

...





In article ,
says...

In article , says...

"Loogypicker" wrote in message
....

And to be precise, if you were to drop the person from that three feet
onto the couch cushion, that would be the same force of impact that
propelled him three feet.

Horse****.

And again, that person would put his hands or feet down. This guy got
hit straight up the spine with nothing to break the impact force...

Hey, who said "horse****"???? A force is a force. If it takes a certain
force to propel X amount of weight Y amount of distance, then simple
physics dictates that it would take the same force to stop that given
weight from the given distance.

--
WAFA the newsgroup liar free!

Which do you think hurt more, the blast that sent him 3 ft up, or the
landing back down on the couch?- Hide quoted text -

- Show quoted text -

Too many variables to conclude that, nor is it relevant. *I* said that
if you were to drop the same person from the same distance onto the
cushion, he'd hit with the same force that propelled him. YOU said
horse****. Do the math and get back to me. OR if you like, I'll do it.

"Loogypicker" wrote in message
...
On Nov 11, 11:57 am, "WildBill" wrote:
"NowNow" wrote in message

...





In article ,
says...

In article , says...

"Loogypicker" wrote in message
...

And to be precise, if you were to drop the person from that three
feet
onto the couch cushion, that would be the same force of impact that
propelled him three feet.

Horse****.

And again, that person would put his hands or feet down. This guy got
hit straight up the spine with nothing to break the impact force...

Hey, who said "horse****"???? A force is a force. If it takes a certain
force to propel X amount of weight Y amount of distance, then simple
physics dictates that it would take the same force to stop that given
weight from the given distance.

--
WAFA the newsgroup liar free!

Which do you think hurt more, the blast that sent him 3 ft up, or the
landing back down on the couch?- Hide quoted text -

- Show quoted text -

Too many variables to conclude that, nor is it relevant.....

Of course its relevent, jackass.

If both forces were equal, then each would hurt equally.

In article , says...

"Loogypicker" wrote in message
...
On Nov 11, 11:57 am, "WildBill" wrote:
"NowNow" wrote in message

...





In article ,
says...

In article , says...

"Loogypicker" wrote in message
...

And to be precise, if you were to drop the person from that three
feet
onto the couch cushion, that would be the same force of impact that
propelled him three feet.

Horse****.

And again, that person would put his hands or feet down. This guy got
hit straight up the spine with nothing to break the impact force...

Hey, who said "horse****"???? A force is a force. If it takes a certain
force to propel X amount of weight Y amount of distance, then simple
physics dictates that it would take the same force to stop that given
weight from the given distance.

--
WAFA the newsgroup liar free!

Which do you think hurt more, the blast that sent him 3 ft up, or the
landing back down on the couch?- Hide quoted text -

- Show quoted text -

Too many variables to conclude that, nor is it relevant.....

Of course its relevent, jackass.

If both forces were equal, then each would hurt equally.

Are you really that friggin' stupid? Again, show me your math. The
forces are equal, dip****. The "variables" would be such things as did
he land exactly like he took off? If you take a known weight, such as a
piece of concrete of X dimension and Y weight, put a load cell between
it and the cushion and launch it to Z height. Get the reading. Now, take
the same Y weight, drop it from the same Z height with the load cell on
the cushion. What will the results be and why?

--
WAFA the newsgroup liar free!

----- Original Message -----
From: "NowNow"

Are you really that friggin' stupid? Again, show me your math. The
forces are equal, dip****. The "variables" would be such things as did
he land exactly like he took off? If you take a known weight, such as a
piece of concrete of X dimension and Y weight, put a load cell between
it and the cushion and launch it to Z height. Get the reading. Now, take
the same Y weight, drop it from the same Z height with the load cell on
the cushion. What will the results be and why?

--
WAFA the newsgroup liar free!

A bullet is shot straight up into the air.
Is the force the bullet leaves the barrel with the same as the force it hits
the ground with?

In article , says...

----- Original Message -----
From: "NowNow"

Are you really that friggin' stupid? Again, show me your math. The
forces are equal, dip****. The "variables" would be such things as did
he land exactly like he took off? If you take a known weight, such as a
piece of concrete of X dimension and Y weight, put a load cell between
it and the cushion and launch it to Z height. Get the reading. Now, take
the same Y weight, drop it from the same Z height with the load cell on
the cushion. What will the results be and why?

--
WAFA the newsgroup liar free!

A bullet is shot straight up into the air.
Is the force the bullet leaves the barrel with the same as the force it hits
the ground with?

Well, probably not in that case as the bullet falling reaches terminal
velocity, which is much slower than the bullet leaving the weapon. In
this case the bullet scenario is not relevant as in the couch incident,
the falling body does not reach terminal velocity...