The closed bottle did not produce the same result because the lack of airflow prevented the reaction from occurring as expected. Without access to oxygen, the chemical reaction may not have been able to take place, leading to a different outcome.
If your bottle is half-full, you will see condensation forming on the inside walls of the bottle. That's because water evaporates then condensates on the outside, then falls back into the main water body. It works the exact same way as it does on the outside world here on Earth.
No. The 20 ounce bottle is just a tiny bit short of 0.6 liters.
No, when the oven door is open, some heat will escape more quickly into the surrounding room. This can result in a faster overall cooling rate compared to when the oven door is closed, where heat is retained more effectively within the oven.
small container
Can't be answered with no definition of "unit". It should be the same number as any 75 cl bottle of distilled spirits, though.
No, the temperature inside a closed bottle will not necessarily be the same as the temperature of open air. The closed bottle can trap heat or coolness, leading to a different temperature than open air depending on factors like insulation, sunlight exposure, or time.
The greatest increase in pressure will occur at the middle of the bottle where you are applying the squeezing force. This is because applying a force to a closed container will compress the air inside, leading to an increase in pressure at the point where the force is being applied.
That would be a direct result of the first law of Thermodynamics. If you consider the kitchen to be a closed system, the total energy remains the same whether the oven is open or closed while it cools down. It just takes longer for the heat to move through the walls of the oven when the door is closed, but the end result is still to move the same amount of energy out of the oven until thermal equilibrium is reached between the oven and the room.
If your bottle is half-full, you will see condensation forming on the inside walls of the bottle. That's because water evaporates then condensates on the outside, then falls back into the main water body. It works the exact same way as it does on the outside world here on Earth.
will a plastic bottle remain the same in the next fifteen years
no it didnt
Abotu the same as a bottle of dasani but a little less than a bottle of pop
talk the another same bottle and pour into it. and pour it in a same level.
no, it isn't good for the baby to be breast fed and bottle fed at the same time. you need tohave a consistant pattern in the way you are feeding the child. lacking to do so will result in health complications such as higher risk of anerexia and bolemia. the medications for this are very likely to cause bipolar syndromes.
hydrogen
Shut.
The windex bottle looks kinda the same as it does today. it just the prices have changed and the bottle's shape.