It depends on how long it takes for the charge to diminish so that it can no longer hold the balloon against gravity.
Principal factors will be the conductivity of the balloon's material, and the humidity of the air.
The length would stay the same as the pressure inside the balloon equals the atmospheric pressure.
A balloon clock is a form of bracket clock with a balloon-shaped case.
With balloon-ometer.
If you gradually heat a balloon, then the gas inside the balloon will expand, causing the balloon to become bigger in volume.If you put a balloon above a flame, then the balloon will pop because the heat will weaken bonds in the polymer that makes up the balloon, thus the polymer will not be able to hold the pressure of the gas inside the balloon.
the pressure has increased
Rubbing a balloon against a wall transfers electrons from the wall to the balloon, giving the balloon a negative charge. This charge causes the balloon to stick to the wall due to electrostatic attraction.
When a charged balloon is brought close to a wall, the charges on the balloon induce an opposite charge on the wall due to electrostatic induction. This causes the wall to be attracted to the balloon. If the charges on the balloon are strong enough, the wall may even stick to the balloon momentarily.
To get balloons to stick to a wall effectively, you can use double-sided tape or adhesive putty. Simply attach a small piece to the back of the balloon and press it firmly against the wall. This should help the balloon stay in place securely.
When you place the balloon against the wall, it induces a separation of charges in the wall. The negative charges in the balloon repel the negative charges in the wall, leaving an excess of positive charges near the surface of the wall where the balloon is placed.
When you rub a balloon on your hair, it generates a static electric charge on the surface of the balloon. The negative charge on the balloon interacts with the positive charges on the wall, causing the balloon to stick to the wall due to electrostatic attraction.
When you rub a balloon with wool, electrons are transferred from the wool to the balloon, creating a static charge on the balloon. This static charge allows the balloon to stick to a wall because opposite charges attract and the charged balloon is attracted to the neutral wall.
When an inflated balloon is pressed against a wall, the air inside the balloon gets compressed, creating a higher pressure inside the balloon. This higher pressure forces the balloon to stick to the wall due to the imbalance of pressures pushing against the wall.
A balloon clings to a wall because of static electricity. The balloon becomes charged when rubbed against hair or fabric, causing it to be attracted to the opposite charge on the wall. This attraction creates a temporary bond between the balloon and the wall.
When a balloon becomes charged with static electricity, it can create an attractive force with the opposite charge on the wall. This attraction causes the balloon to stick to the wall temporarily. The static charge on the balloon and the wall interact to create this phenomenon.
When a balloon is rubbed with wool, the balloon becomes negatively charged and the wall becomes positively charged. Opposite charges attract each other, causing the balloon to stick to the wall. This is due to the electrostatic force of attraction between the charges on the balloon and the wall.
The balloon acquires a charge through the transfer of electrons. When the balloon is rubbed against the hair, electrons are transferred from the hair to the balloon, giving the balloon a negative charge. This negative charge allows the balloon to stick to the wall due to the attraction between the negatively charged balloon and the positively charged wall.
A charged balloon sticks to a wall because of static electricity. The balloon becomes charged when rubbed against hair or clothing, causing it to attract the opposite charge on the wall. This attraction leads to the balloon sticking to the wall until the charges dissipate.