The contents in the can are pressurized. When you push the button down, the high pressure propellant in the can naturally wants to flow out into the lower pressure area outside of the can. The silly string is forced out along with the propellant.
Silly Putty is made of silicone polymers that have unique properties, allowing it to stretch and bounce. Its viscosity and elasticity come from the long chains of molecules that can slide past each other easily under stress, giving it its unique texture and stretchiness.
In the context of thermodynamics, work done on a gas can be calculated using the formula W = PΔV, where P is pressure and ΔV is the change in volume. Since work done is measured in joules, pressure multiplied by volume change gives the work done in joules.
The ability of a solution to do work by osmosis is determined by its osmotic pressure, which is the pressure needed to stop the flow of solvent into the solution through a semipermeable membrane. Solutions with higher osmotic pressure can exert more force and do more work through osmosis.
Pressure relief valves, pressure-reducing valves, pressure regulators, and pressure-release devices are all designed to decrease pressure in various systems. These devices work by opening or adjusting to allow excess pressure to escape, thus maintaining pressure within safe operating limits.
JB Water Weld is designed to effectively work under pressure, providing a strong and reliable seal for various plumbing and repair applications.
Silly string is propelled by a pressurized container that releases the string in a foam-like consistency when the nozzle is pushed down. The string is made of a liquid plastic solution that solidifies quickly upon contact with air, creating the stringy effect.
string and tin cans
you could just like get a spray bottle and put water in it any were you see silly string spray and use and towel or and cloth of your own and wipe, give me a comment if this does not work. HOPE THIS WORKS
Punch holes in the bottom of two tin cans, string some string through it, tie knots at both ends, and there you have a fake telephone that doesn't work in any sense. =)
Yes , It is. The Old category of people in the year 60's to 70's use this kind of telephone. This telephone work due to the vibration of the sound from each string.
YES!!! When the string is taut. Boy Scout string phone. Two tin cans. Take the lid of one end , and punch a small hole in the opposite end. Take your length of string , say 5m ( 15 ftt). String each end of the two tin cans and place a knot in the string so it will not fall/pull out. Each of two people to take one stringed can . Move as far apart as the string will allow to be taut. One person to place the can to his ear, and the other person to speak into the other tin can . 'Can you hear me!!!! '
Required: Two tin cans, a length of string. A small hole is made in the bottom of each can large enough for the string diameter. The string is pushed through the hole in bottom of each can and a large knot tied to prevent it from pulling back through the hole. when the string is kept taught between the cans, it is possible to transmit and receive sounds from one can to the other via the taught string. The string acts as a mechanical sound conductor. Increased efficiency can be achieved by substituting suitable wire for the string. Of course if you want to cheat - just use your I-phone!
The cans are made from aluminium.
yes it does work but it wont with threading string.
Because silly putty is silly! And you are now silly for asking this question.
There is no silly way. If it does not work it does not count and if it works, it can't be silly 'cause it works.
Of course it does work you silly goose