I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

wrote in message
...
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Sublimation. Evaporation from the dryer air around it. Happens to snow also.

On Mar 18, 5:47*am, "Edwin Pawlowski" wrote:
wrote in message

Sublimation. Evaporation from the dryer air around it. Happens to snow also.


The same process keeps your freezer "frost free".

Brawny wrote:
On Mar 18, 5:47�am, "Edwin Pawlowski" wrote:
wrote in message

Sublimation. Evaporation from the dryer air around it. Happens to snow also.


The same process keeps your freezer "frost free".

Some of the apartments I lived in was opposite the case, you had to
defrost about every three months

Reminds me spring time is a good time to pull out and defurr the the
fridge.

Sublimation

http://www.wonderquest.com/ice-sublime.htm


s


wrote in message
...
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

S. wrote on Tue, 18 Mar 2008 06:12:23 -0500:

SB http://www.wonderquest.com/ice-sublime.htm

SB sublimation

SB wrote in message
SB
...
?? I have a fridge\freezer with an ice maker. The automatic
?? ice maker storage got high and a single ice cube
?? got placed behind the large storage tray, it has sat there
?? for a while, but started getting smaller, now it is almost
?? nothing.
??
?? What causes this cube to get smaller in an environment
?? that appears to stay the same?

As many people have said the cause is sublimation. Have you ever
examined the ice-cube tray after a vacation? It will probably be
quite apparent that the cubes are smaller than when you went
away.


James Silverton
Potomac, Maryland

E-mail, with obvious alterations:
not.jim.silverton.at.verizon.not

"James Silverton" wrote

As many people have said the cause is sublimation. Have you ever examined
the ice-cube tray after a vacation? It will probably be quite apparent
that the cubes are smaller than when you went away.


My inlaws didn't use ice cubes. Before going over there for whatever
occasion, I'd remind them to refill the trays. It would be very
disappointing to go for dinner and find tiny little dehydrated cubes.

nancy

What's an 'ice cube tray' ? G

s


"James Silverton" wrote in message
news:L4QDj.12753$hP3.1528@trnddc02...

As many people have said the cause is sublimation. Have you ever examined
the ice-cube tray after a vacation? It will probably be quite apparent
that the cubes are smaller than when you went away.


James Silverton
Potomac, Maryland

E-mail, with obvious alterations: not.jim.silverton.at.verizon.not

James Silverton wrote:
S. wrote on Tue, 18 Mar 2008 06:12:23 -0500:

SB http://www.wonderquest.com/ice-sublime.htm

SB sublimation

SB wrote in message
SB
...
?? I have a fridge\freezer with an ice maker. The automatic
?? ice maker storage got high and a single ice cube
?? got placed behind the large storage tray, it has sat there
?? for a while, but started getting smaller, now it is almost
?? nothing.
??
?? What causes this cube to get smaller in an environment
?? that appears to stay the same?

As many people have said the cause is sublimation. Have you ever
examined the ice-cube tray after a vacation? It will probably be
quite apparent that the cubes are smaller than when you went
away.

Yea that's true

Guess I haven't used ice trays for a while, I was thinking of making
some juice or maybe root beer cubes when it gets warmer though.

James Silverton
Potomac, Maryland

E-mail, with obvious alterations:
not.jim.silverton.at.verizon.not

On Tue, 18 Mar 2008 02:20:39 -0700 (PDT),
wrote:

I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

In addition to sublimation as mentioned in other replies, the
environment is not 'stay the same'. The defrost cycle, done on a daily
basis raises the temperature of the freezer some and things in certain
locations where not well cooled can approach freezing temperatures.

On Mar 18, 4:20*am, wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Same reason water evaporates in an environment that appears to stay
the same. Solids can evaporate into gas. Dry ice is famous for doing
that.

PD

"PD" wrote in message
...
On Mar 18, 4:20 am, wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Same reason water evaporates in an environment that appears to stay
the same. Solids can evaporate into gas. Dry ice is famous for doing
that.

PD

==============


"Famous" is right! I saw some dry ice on Letterman's show last year.

On Mar 18, 5:20*am, wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

What causes this cube to get smaller in an environment that
appears to stay the same?

Ice Mites - Small, almost invisible creatures with constant teething
problems. By eating the stray ice cubes that end up outside of the
storage bin, they keep their gums numb. It's a survival instinct - if
they didn't numb their gums, there would be this constant moaning from
your freezer, resulting in detection and probable elimination.

In desparate cases, when the ice cubes are removed by the human on a
regular basis (resulting in few, if any, strays) the mites have been
known to use their ice grabbing tenticles to create a small hole in
freezer bags, allowing in just enough moisture for frost to form on
the stored object. This gives them another source of ice to numb their
gums.

"DerbyDad03" wrote in message
...
On Mar 18, 5:20 am, wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

What causes this cube to get smaller in an environment that
appears to stay the same?

Ice Mites - Small, almost invisible creatures with constant teething
problems. By eating the stray ice cubes that end up outside of the
storage bin, they keep their gums numb. It's a survival instinct - if
they didn't numb their gums, there would be this constant moaning from
your freezer, resulting in detection and probable elimination.

In desparate cases, when the ice cubes are removed by the human on a
regular basis (resulting in few, if any, strays) the mites have been
known to use their ice grabbing tenticles to create a small hole in
freezer bags, allowing in just enough moisture for frost to form on
the stored object. This gives them another source of ice to numb their
gums.

===================

They don't want us to know about this mite issue.

They. You know who they are. Them. The same "they" who own the patent for an
engine that develops 400 horsepower and gets 85 mpg.

On Mar 18, 9:49*am, DerbyDad03 wrote:


In desparate cases, when the ice cubes are removed by the human on a
regular basis (resulting in few, if any, strays) the mites have been
known to use their ice grabbing tenticles to create a small hole in
freezer bags, allowing in just enough moisture for frost to form on
the stored object. This gives them another source of ice to numb their
gums.

On this note, it's been observed that if you want to freeze meat or
fish or shrimp and have it be just as good months later, a good
technique is to put the food in a ziplock bag and then fill the bag
full of water before zipping the bag shut. Freezer burn is due to
sublimation of the water in the food, and by the method just
described, the added water does the sublimating rather than the food.

I tried this trick with same-day shrimp acquired in South Carolina in
June, and I thawed the last 2-lb bag for dinner in January, and it
tasted just like the shrimp cooked the first day.

PD

PD wrote:
On Mar 18, 9:49�am, DerbyDad03 wrote:


In desparate cases, when the ice cubes are removed by the human on a
regular basis (resulting in few, if any, strays) the mites have been
known to use their ice grabbing tenticles to create a small hole in
freezer bags, allowing in just enough moisture for frost to form on
the stored object. This gives them another source of ice to numb their
gums.

On this note, it's been observed that if you want to freeze meat or
fish or shrimp and have it be just as good months later, a good
technique is to put the food in a ziplock bag and then fill the bag
full of water before zipping the bag shut. Freezer burn is due to
sublimation of the water in the food, and by the method just
described, the added water does the sublimating rather than the food.

That's a good thing to think about.

I tried this trick with same-day shrimp acquired in South Carolina in
June, and I thawed the last 2-lb bag for dinner in January, and it
tasted just like the shrimp cooked the first day.

PD

We get roadside roasted green chile every fall and there ends up
being lots of great liquid. Twist the top making
an ice seal by having wet hands when you twist it closed and a year
later it still will have that great fresh roasted green chile flavor.

wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?


It's either due to sublimation or the cube is resting near
an area that heats up in the self-defrosting cycle.

gloria p

In article
,
wrote:

I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

On Mar 18, 11:55*am, Smitty Two wrote:
In article
,

wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

http://www.its.caltech.edu/~atomic/s.../icespikes.htm

PD wrote:
On Mar 18, 11:55�am, Smitty Two wrote:
In article
,

wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

http://www.its.caltech.edu/~atomic/s.../icespikes.htm

Good to hear it's not biological, yikes

In article
,
PD wrote:

On Mar 18, 11:55*am, Smitty Two wrote:
In article
,

*monkey wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

http://www.its.caltech.edu/~atomic/s.../icespikes.htm

Thank you!

Smitty Two writes:

In article
,
wrote:

I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

http://au.answers.yahoo.com/answers2...8191515AARSEiP

In article
,
Smitty Two wrote:

In article
,
wrote:

I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Other's have addressed your concern, but since you brought up ice cubes,
maybe I can hijack the thread for a moment and invite speculation on an
odd experience I had many years ago.

In a standard plastic ice cube tray in my freezer, one of the cubes grew
a vertical icicle. Probably 1/2" to 3/4" long, and perfectly icicle
shaped, i.e., a long, narrow, pointed shape, roughly symmetrical but
with typical irregularities.

I did keep it, but sublimation apparently ate it up after about a week.
Never seen it happen again, and never heard of it happening to anyone
else.

***{The same question was raised last year at about this time. That
post, including my response, is copied below. --MJ}***

In article .com,
"Paul Cardinale" wrote:

On Mar 19, 4:11 pm, Dan wrote:
My brother was making ice cubes in my fridge for 1792 (Whiskey). One
cube grew an upward rod that ended in a point, about an inch high. My
brother likes to see things like this as signs that our dead dog is
sending a signal, but I told him it probably has something to do with
impurities in the water. Can someone explain this?

Dan

Yes. The explanation as to why your brother sees things that way is:
he is a woo-woo.

***{I've seen those spikes myself. They rise up out of the centers of
ice cubes. The likely reason is that the cube freezes from the outside
in. That means there is a reservoir of liquid in the center of the cube
as the outside freezes. Since water expands as it freezes, the liquid in
the center gets squeezed tighter and tighter, and eventually pushes out
through the point of least resistance. That point is usually at the top
of the cube in the center. Only in that way can the pressure be
relieved. Naturally, as water oozes out, it freezes around the edges of
the opening so formed. Result: a little volcano type of structure arises
there. That's how the spikes are formed. --MJ}***

************************************************** ***************
If I seem to be ignoring you, consider the possibility
that you are in my killfile. --MJ

wrote:

I have a fridge\freezer with an ice maker.

Eco-terrorist. Each of your ice cubes obtained through the death of a
Third World baby.

The automatic ice maker
storage got high

Baggie your weed adn wrap in aluminum foil before freezing.

and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

Frost-free freezer. Look it up.
Never store peroxydicarbonate free radical initiators in a certified
chemical refigerator frost-free freezer - they explode.

--
Uncle Al
http://www.mazepath.com/uncleal/
(Toxic URL! Unsafe for children and most mammals)
http://www.mazepath.com/uncleal/lajos.htm#a2

wrote in message
...
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

It's slowly making its way to wherever it is orphan socks go.

wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

You've gotten some good answers. I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water I can't for the life of me remember the answer
and am too lazy to Google for it. It just seemed a curious thing to me.

Jill

On Mar 18, 6:21*pm, "jmcquown" wrote:
wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

You've gotten some good answers. *I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water *I can't for the life of me remember the answer
and am too lazy to Google for it. *It just seemed a curious thing to me.

And the answer is that because ice is less dense than water, the
volume of the ice when it melts (into water) becomes exactly equal to
the volume under the waterline of the icecubes. This is in fact the
discovery that Archimedes made a few years back.

PD

On Mar 18, 7:30*pm, PD wrote:
On Mar 18, 6:21*pm, "jmcquown" wrote:

wrote:
I have a fridge\freezer with an ice maker. The automatic ice maker
storage got high and a single ice cube got
placed behind the large storage tray, it has sat there for a while,
but started getting smaller, now it is
almost nothing.

What causes this cube to get smaller in an environment that appears to
stay the same?

You've gotten some good answers. *I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water *I can't for the life of me remember the answer
and am too lazy to Google for it. *It just seemed a curious thing to me.

And the answer is that because ice is less dense than water, the
volume of the ice when it melts (into water) becomes exactly equal to
the volume under the waterline of the icecubes. This is in fact the
discovery that Archimedes made a few years back.

PD

I used to know a lot of facts about Archimedes but something seems to
have displaced that knowledge.

DerbyDad03 wrote:


I used to know a lot of facts about Archimedes but something seems to
have displaced that knowledge.



Do you suppose it's due to too many baths?

gloria p

On Mar 18, 8:15*pm, Puester wrote:
- DerbyDad03 wrote:
-
- - I used to know a lot of facts about Archimedes but something
seems to have displaced that knowledge.


- Do you suppose it's due to too many baths?
-
- gloria p

Or from getting crowned...

PD wrote:
You've gotten some good answers. I asked a while back why a glass
filled with ice and water added doesn't overflow when the ice melts
if you don't drink any of the water I can't for the life of me
remember the answer and am too lazy to Google for it. It just seemed
a curious thing to me.

And the answer is that because ice is less dense than water, the
volume of the ice when it melts (into water) becomes exactly equal to
the volume under the waterline of the icecubes. This is in fact the
discovery that Archimedes made a few years back.


Which is also why, if the entire Artic ice shelf melts, the ocean level will
rise exactly zero feet.

This is not true of the Antarctic ice fields - they've got southern ice.

If the Arctic ice melts, however, the salinity of the oceans will change and
all the fish will DIE. Bathers will no longer have to worry about sharks,
true, but Pirana will be able to live in the ocean...

On Mar 19, 10:50*am, "HeyBub" wrote:
PD wrote:
You've gotten some good answers. I asked a while back why a glass
filled with ice and water added doesn't overflow when the ice melts
if you don't drink any of the water I can't for the life of me
remember the answer and am too lazy to Google for it. It just seemed
a curious thing to me.

And the answer is that because ice is less dense than water, the
volume of the ice when it melts (into water) becomes exactly equal to
the volume under the waterline of the icecubes. This is in fact the
discovery that Archimedes made a few years back.

Which is also why, if the entire Artic ice shelf melts, the ocean level will
rise exactly zero feet.

This is not true of the Antarctic ice fields - they've got southern ice.

If the Arctic ice melts, however, the salinity of the oceans will change and
all the fish will DIE. Bathers will no longer have to worry about sharks,
true, but Pirana will be able to live in the ocean...

This is also true. Unfortunately, if the Arctic ice fields melt, then
so do the Antarctic ice fields, though there may be some short-term
(~10 year) anisotropy. And there is far more ice in the Antarctic than
in the Arctic -- about 8 times as much.

PD

PD wrote:

And the answer is that because ice is less dense than water, the
volume of the ice when it melts (into water) becomes exactly equal to
the volume under the waterline of the icecubes. This is in fact the
discovery that Archimedes made a few years back.

PD


Displacement, but not with ice. He used water displacement to prove
that a piece of gold wasn't pure, by comparing its displacement to a
piece of pure gold of the same weight. The only other way would have
been to melt it down to measure the volume.


--
aioe.org is home to cowards and terrorists

Add this line to your news proxy nfilter.dat file
* drop Path:*aioe.org!not-for-mail to drop all aioe.org traffic.

http://improve-usenet.org/index.html


Use any search engine other than Google till they stop polluting USENET
with porn and junk commercial SPAM

jmcquown wrote:

You've gotten some good answers. I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water I can't for the life of me remember the answer
and am too lazy to Google for it. It just seemed a curious thing to me.

There is a similar question about a boat full of iron ore sinking in a canal
lock. The water level does not change because floating objects displace water
equivalent to their weight.

Dave Smith writes:

jmcquown wrote:

You've gotten some good answers. I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water I can't for the life of me remember the answer
and am too lazy to Google for it. It just seemed a curious thing to me.

There is a similar question about a boat full of iron ore sinking in a canal
lock. The water level does not change because floating objects displace water
equivalent to their weight.

True, but beyond that, most things expand as they
melt.

Ice is one of the few solids that is less dense in
solid form than liquid form.

And that's a good thing, otherwise, lakes and oceans would
freeze from the bottom up.

In article , Dave Smith writes:
There is a similar question about a boat full of iron ore sinking in a canal
lock. The water level does not change because floating objects displace water
equivalent to their weight.

And sunk objects displace water equivalent to their volume.

A boat full of iron ore has a density greater than that of water, else
it would not sink. Accordingly, the volume it displaces when sunk
is less than the volume it displaces when floating.

The level in the canal goes down.

In article ,
Dave Smith writes:

There is a similar question about a boat full of iron ore sinking
lock. in a canal The water level does not change because floating
objects displace water equivalent to their weight.

Nope. The water level drops.

In the boat, the iron ore displaces a volume of water equivalent to its
weight. Once the ore sinks, it displaces only its own volume of water. As
water is significantly less dense than iron ore, the water level goes down.

You're confusing this puzzle with the one about floating ice cubes. Even Mr.
Wizard got that one wrong

"William Sommerwerck" wrote in message
Nope. The water level drops.

In the boat, the iron ore displaces a volume of water equivalent to its
weight. Once the ore sinks, it displaces only its own volume of water. As
water is significantly less dense than iron ore, the water level goes
down.

You're confusing this puzzle with the one about floating ice cubes. Even
Mr.
Wizard got that one wrong

But if the ore is more dense, it would not float in the first place by
itself. That is only a portion of the puzzle. The boat also had air
pockets, lighter material in the hull, etc. If all of it sinks and air
pockets remain, the level goes up.

If you took iron ore by itself, it would sink right away and raise the
level, but it never did float in the first place so it just moved water. .

"jmcquown" wrote in message

You've gotten some good answers. I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water I can't for the life of me remember the answer
and am too lazy to Google for it. It just seemed a curious thing to me.

Jill

Most thing shrink when frozen. Water expands when it freezes and can exert a
lot of pressure. Thusly, when ice melts the volume decreases.

On Mar 18, 9:36*pm, "Edwin Pawlowski" wrote:
"jmcquown" wrote in message

You've gotten some good answers. *I asked a while back why a glass filled
with ice and water added doesn't overflow when the ice melts if you don't
drink any of the water *I can't for the life of me remember the answer
and am too lazy to Google for it. *It just seemed a curious thing to me.

Jill

Most thing shrink when frozen. Water expands when it freezes and can exert a
lot of pressure. *Thusly, when ice melts the volume decreases.

Most thing shrink when frozen

Which is why I avoid nude beaches when the water's cold.