Explain with an example you observe in daily life that temperature effects the states of matter
Answers
In "The Balloon and the Bottle," students experience the effects of increased temperature on air inside a balloon. As the air contained inside the balloon begins to warm, the molecules begin to strike the sides of the balloon harder and more often. This increases the air pressure and causes the balloon to expand. This activity also provides an opportunity to reinforce concepts related to the conservation of matter. According to research, many students in 6th and 7th grade still appear to think of weight simply as "felt weight" - something whose weight they can't feel is considered to have no weight at all. Measuring the weight of the bottle, balloon, and water at room temperature, after heating and after cooling, may help students dispel this misconception. If the balloon is not broken, the weight should stay the same. Research also states that many students can understand qualitatively that matter is conserved in transforming from solid to liquid. They also start to understand that matter is quantitatively conserved in transforming from solid or liquid to gas - if the gas is visible.
Answer:
Melting of ice
Explanation:
When the ice cube recieve heat. They start moving frequently. Thus how the change of state occurs