Question

Домашнее задание! a. Проведите эксперимент с воздушными шарами в соответствии с приведенной инструкцией. b. Объясните с точки зрения теории частиц, почему воздушный шар приобретает различную форму. Инструкция. Заполните 1-й шар газом. Для этого надуйте шар самостоятельно или используйте насос. Какую форму приобретает воздушный шар? Что происходит, когда Вы продолжаете надувать его? Наполните 2-й шар жидкостью. Вы можете наполнить шар водой или другой жидкостью. Какую форму приобретает воздушный шар? Что происходит с шаром, когда Вы продолжаете его заполнять? Наполните 3-й шар жидкостью. Вы можете наполнить его водой, затем охладить шар в морозильнике. Замершая вода – это лед, твердое вещество. Какую форму приобрел воздушный шар в этом случае?срочно дам 20 баллов

Answer 1

Ответ:

ну смотри я не знаю наверно везде плюс поставь

Answer 2

Experiment with Balloons

To conduct the experiment with balloons, follow the instructions below:

1. Fill the first balloon with gas. You can inflate the balloon by blowing into it manually or by using a pump. Observe the shape that the balloon takes when it is filled with gas. Take note of any changes that occur as you continue to inflate it.

2. Fill the second balloon with a liquid. You can fill the balloon with water or any other liquid of your choice. Observe the shape that the balloon takes when it is filled with the liquid. Again, take note of any changes that occur as you continue to fill it.

3. Fill the third balloon with liquid and freeze it. Fill the balloon with water and then place it in the freezer until the water inside freezes and turns into ice. Observe the shape that the balloon takes when it is filled with frozen water.

Note: The instructions provided are general guidelines for the experiment. You may need to adapt them based on the specific materials and equipment available to you.

Explanation from the Particle Theory Perspective

From the perspective of the particle theory, the different forms that the balloon takes when filled with gas, liquid, or frozen water can be explained as follows:

1. When the balloon is filled with gas, the gas particles inside the balloon move freely and rapidly. They exert pressure on the walls of the balloon, causing it to expand and take a rounded shape. As you continue to inflate the balloon, the pressure inside increases, causing the balloon to expand further.

2. When the balloon is filled with a liquid, the liquid particles are more closely packed compared to gas particles. The liquid takes the shape of the balloon and conforms to its container. The balloon may appear more elongated or droopy when filled with liquid, depending on the amount of liquid and the elasticity of the balloon material.

3. When the balloon is filled with frozen water (ice), the water particles have formed a solid structure due to the freezing process. The balloon takes the shape of the frozen water inside, which is rigid and maintains its form. The balloon may appear more solid and less flexible when filled with frozen water.

It's important to note that the explanations provided are based on the principles of the particle theory and may vary depending on the specific conditions and materials used in the experiment.

I hope this helps! Let me know if you have any further questions.