no
Under normal circumstances, light cannot make a balloon pop. However, intense concentrated light, such as that from a laser beam, could potentially generate enough heat to pop a balloon by causing the air inside to expand rapidly.
Yes, the brightness of light does not have any direct effect on a balloon's tendency to pop. The popping of a balloon is typically related to factors such as the pressure inside the balloon, the material it is made of, and the force being applied to it.
Due to the hear of the sunlight the air inside the balloon expands and air pressure increases which will result in to the bursting of the balloons.all the heat rays from the sun hit the suface of the balloon and the heat pops the balloon.
of course, why would a balloon not pop underground?
it's not how loud the music has to be to pop a balloon. to pop a balloon with music you would have to find the right frequency to pop it, if it was even possible
Free the balloon at the bottom and as the red balloon goes up pop the tnt balloon as it passes it and pop the last tnt balloon.
A palindrome for the noise of a bursting balloon could be "pop."
Free the balloon at the bottom and as the red balloon goes up pop the tnt balloon as it passes it and pop the last tnt balloon.
Yes, if it were loud enough and on the same resonant frequency of the balloon rubber. The problem is that a balloon is full of gas, which has no definite volume and therefore the frequency of the balloon is constantly changing.
when blowing a balloon, the balloon will pop after the maximum pressure allowed by the composition of the balloon e.g. (rubber, plastic and alluminum) is exceeded.
It depends on how heavy the person itself is. And the balloon. If the balloon is strong and a light person is sitting on it, it probably won't. If a heavy person is sitting on it, it might. And if it is a non strong balloon, and ANYBODY sits on it... it will.
Yes, "pop the balloon" is a correct phrase to say when referring to bursting or breaking a balloon either intentionally or accidentally.