1. Explain what happened to the balloon when you placed it in hot water and in the freezer.
2. What happens to the size of the balloo as the temperature decrease?
3. How does the change in the temperature relate to the volume of the gas in the balloon?
2. What happens to the size of the balloo as the temperature decrease?
3. How does the change in the temperature relate to the volume of the gas in the balloon?
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Answer:
1.This will cause the balloon to deflate. When the bottle is placed into the pan of ice-cold water, the cold water causes the air inside the bottle to cool down. ... The air then moves out of the balloon and back into the bottle, causing the balloon to deflate
2.Expert Verified. we obserced in the activitye that the size of the balloon as the temperature decreases becomes smaller. because in charle's law the volume and temperature are directly proportional, when the temperature increases the volume increases, when the temperature decreases also the volume decreases.
3.What do you think happens to the volume of gas inside the balloon? As the temperature increases, the gas particles absorb more heat energy. They speed up and move farther away from one another. So the increase in temperature causes an increase in volume