The temperature contrasts would cause differential expansion of the bottle which, being brittle, would cause the glass to crack.
Yes if you use compressed air inside the rocket. Or you can use agitated methanol and a flame for thrust like a whoosh rocket.
the yellow/safety flame - thats the one that burns less the blue flame - burns THE ROARING FLAME - that one burns a lot and you can tell the difference from the blue flame because it makes a roaring sound
if you are talking about what flame to use on a Bunsen burner than the yellow flame is to make sure that everyone knows that there is a flame but the blue flame (less visible) is used as the hotter flame and the better one.
No, the noun flame is usually a concrete noun, a word for a thing that can be seen, touched, sometimes smelled, and even measured for size and temperature; a flame is a physical thing. The noun flame is sometimes used in an abstract context, for example to refer to an 'old flame', or the 'flame of desire'. The word flame is also a verb (flame, flames, flaming, flamed).
You can't it is always the same. You only use the blue flame to heat things because the yellow flame is the safety flame and the blue flame is hotter.
If the bottle is from glass will burst soon; the plastic container will be melted.
Chlorine gas itself does not emit a colored flame when subjected to a flame test. Instead, it will impart a green color to the flame when a sample containing chlorine (such as a chloride compound) is included in the flame test.
This depends upon the element.
Calcium typically produces an orange-red flame when subjected to a flame test.
Selenium nitrate typically gives a pink or reddish flame color when subjected to a flame test.
need to find the answer to what doe slithium carbonate look like in a flame test
Alkynes do not produce a specific color in a flame test. Unlike some other elements and compounds which give characteristic flame colors, alkynes do not exhibit a noticeable color when subjected to a flame test.
A whoosh bottle demonstrates the principles of combustion and gas expansion. It typically consists of a plastic bottle partially filled with a flammable liquid (like lighter fluid) and air. When the bottle is shaken, the liquid vaporizes and mixes with the air, creating a combustible mixture. Igniting this mixture causes a rapid expansion of gases, resulting in a loud "whoosh" sound as the bottle expels the hot gases and creates a small flame at the opening.
When aluminum is subjected to a flame test, it does not produce a distinct color flame. This is because aluminum does not have any characteristic flame color associated with it, unlike other elements that produce specific colors when heated.
Heating a microscope slide over a flame can cause it to crack or shatter due to uneven expansion of the glass. It is not recommended to heat microscope slides in this manner as it can be dangerous and may damage the equipment.
In the first place the water in the bottle would keep the temperature of the plastic down preventing it from burning and leaking, The same as you would do by boiling water over a flame in a paper cup, However the water in the bottle would heat up and eventually the pressure inside the bottle would burst it like a balloon.
When calcium chloride is subjected to a flame test, it produces an orange-red flame. This color is due to the presence of calcium in the compound, which emits that specific wavelength of light when heated.