Hose and you tell a Girl to put her mouth on the end of the hose and when her mouth is on the hose you sticky tape around it and then when you are finished take a photo of the girl with a hose in her mouth and then you turn on the hose and all the water will pour into her body and she will be a Water Balloon.
I interpret this question to be asking how one might measure the volume of a water balloon without breaking the balloon or emptying it of the water in order to measure its volume. One method is to fill a container with water that will be large enough to contain the water balloon, and then submerging the water balloon in the container. The volume of the balloon will be the apparent volume change of the water in the container. Any measurement will introduce some error. Since water compresses hardly at all, one would expect that submerging the balloon would not significantly change the volume of the balloon. There could be some error if one had to push down on the balloon to make it fully submerge. There will also be some measurement error in determining the volume change.
1 foot
You put the end of it on the fauset then turn the water on until the water balloon is as full as you want it to be then you tie it and its ready to go.
Cold water causes a balloon to deflate because the cold air the cold water releases is more dense than the hot air hot water releases. Take a hot air balloon for example, the flames cause the air in the balloon to heat up, causing the hot air balloon to rise. In order to make the balloon go down, you slowly turn on and off the flames in order to cool the air already inside the balloon over a period of time.All in all, cold waters causes balloons to deflate.P.S. Sorry if that made absolutely no sense, it's rather difficult explaining these types of things. c:
The last section should be a lever with a pin sticking up out of one end, so that when the first end of it is depressed, the pin rises to strike the balloon. The previous sections, including whatever eventually depresses the first end of the lever, are all up to you, and are limited only by your imagination and creativity.
You have to go to clown school and learn how to make balloon animals and then slowly work your way up to making real things into balloon things.
I am assuming you mean how much force is required to break the water balloon on impact. Cannot be answered - it would depend on too many factors, such as how much water is in the balloon (more water would cause it to pop more easily, less water and you could be slamming that thing against a brick wall and it won't break). It would also depend on the materials used to make the balloon, and how hard you throw it, as to whether it would break on impact.
to make the perfect water balloon, simply use a regular water balloon rather than a water balloon. regular water balloons can get as big as a human head. the down side is they don't pop easily. you can drop them on the floor and they wont pop.
sometimes, depending on how full the water balloon is.
I interpret this question to be asking how one might measure the volume of a water balloon without breaking the balloon or emptying it of the water in order to measure its volume. One method is to fill a container with water that will be large enough to contain the water balloon, and then submerging the water balloon in the container. The volume of the balloon will be the apparent volume change of the water in the container. Any measurement will introduce some error. Since water compresses hardly at all, one would expect that submerging the balloon would not significantly change the volume of the balloon. There could be some error if one had to push down on the balloon to make it fully submerge. There will also be some measurement error in determining the volume change.
red balloon
1 foot
6 feet
1 foot
You put the end of it on the fauset then turn the water on until the water balloon is as full as you want it to be then you tie it and its ready to go.
He would heat it.
No a water balloon dropped from 1 foot