What will happen to the water bottle?

Question

I want to put a water bottle in the freezer but I am scared that the bottle will explode and then I will have a mess in my freezer. Is it alright to but the bottle in the freezer with the cap off?
Help me!!!

Answer 1

Go ahead and put it in!

With a normal plastic watter bottle you don't have to worry about anything because the plastic will expand slightly with the water.

But please don't put a glass water bottle in the freezer, it won't "explode" but it may crack if you let it freeze. However you can put a glass bottle (like a Heineken) in the freezer to chill for an hour or two without worry.

Answer 2

In sinks while it fills up. yet once you mean, with a cap good firmly in place, the respond is: it relies upon. The bottle will bob decrease back as much as the exterior while its buoyancy B exceeds its weight W = (M + m)g < B. M = Rho v is the mass of the contained water and m is the mass of the bottle. Conversely, it's going to sink while W > B. So while do those 2 situations prepare? B = Rho g V is the buoyancy while all the bottle is immersed interior the water. The bottle has a quantity V; so it displaces that plenty water while completely immersed. notice V is the comparable no count how plenty water the bottle consists of. Rho is the density of the water; it is one thousand kg/m^3 for clean water and fairly bigger for salt water (sea water). ok then, it's going to sink while B = Rho g V < (m + M)g = W and bob decrease back to the exterior while B = Rho g V > (m + M)g = W As you will see that, the g's cancel in the two situations; so we are in contact basically with the most of the water, bottle, and sea. The mass of the water is M = rho v; the place v = kV is the quantity of water interior the bottle with finished means V. ok <= a million.00 is a few fraction. We assume rho = Rho first of all, making the water interior the bottle the comparable density using fact the sea density. So Rho V < (m + rho kV) = m + Rho kV , wherein case (Rho V - m)/(Rho V) = (a million - m/(Rho V)) < ok = v/V. And there you're, the bottle will proceed to sink while v > V(a million - m/(Rho V)) or bob decrease back up while v < V(a million - m/(Rho V)); the place Rho is the sea/lake water density, V is the quantity of the bottle, and m is the mass of the bottle. We assumed the water interior the bottle and the water it fairly is immersed in are the comparable density for this occasion. occasion: enable V = a million m^3 and Rho = one thousand kg/m^3 for clean water. assume, for grins, the mass of the plastic bottle is m = .a million kg. Then to sink the bottle, we could fill it to v > V(a million - m/(Rho V)) = a million*(a million - .a million/(one thousand*a million)) = 0.9999 m^3. We quite plenty could fill the bottle to make it sink. something under finished, it's going to bob decrease back up and the extra empty it is, the quicker it's going to return to the exterior...yet it is yet another physics undertaking.

Answer 3

i've put water bottles in the freezer before with the cap on and the bottle will expand a bit. you could probably undo the cap and drink a good sip out of it. Re cap and freeze it. That might reduce the swelling of the bottle.

Answer 4

You can fill the bottle 90% of the way to the top, and when it freezes, it will expand to fill the remainder. Leave the cap off, and you won't have any problems.

Interestingly enough, if you *DO* want to make a mess, stick a two-liter of soda pop in the freezer.

Answer 5

No worry. Just put your water bottle inside a big freezer bag. No mess to clean up.

The plastic bottles don't "explode". They split. You might get more spewage if you freeze carbonated drink.

No guarantees. You have best luck with the 2-liter plastic bottles. They give when the ice bulks up. As long as you don't fill up the bottle much more than half full, you usually won't get a broken bottle.

I have heard of people freezing their full 2-liter coke bottles. Most are okay. Some did split down the side.



don't try with glass bottles. They shatter easily.

Answer 6

Is this a glass bottle? If so, do not try freezing it. Otherwise, freeze it with the cap off or loosened and pour about 1/4 of the water out. I used to freeze my water bottles only about half full, then add cold water so I'd have ice water for hours!

Answer 7

Yes, that will give it room for expansion.

My daughter put a glass soda bottle in the freezer to cool it off. She forgot it. Sticky situation.

Answer 8

if it's a plastic water bottle go ahead and fill it with water, put it in the freezer - I've done it many times and nothing bad has ever happened.

Answer 9

Yes, you can freeze the bottle without harm, as long as you leave the cap on loosely, and don't fill it all the way to the top.

Answer 10

JD has the answer. Nothing will happen. I freeze a bottle all the time to take walking with me. By the time I've walked a mile or two, the water is starting to melt and is nice and cold to drink.