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on October 10, 2023

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Anonymous24 October 2023 at 18:42
Done!!
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The relationship between pressure, temperature, and volume of an ideal gas.

The relation between temperature, volume, and pressure is simple when you put it like this: Temperature + volume = directly proportional Temperature + pressure = directly proportional Volume + pressure = inversely proportional This means that if volume or pressure increase the temperature will increase, but if the volume increases the pressure will decrease and vice versa. This graph shows it in further more detail: In the first graph, it shows that if the pressure increases the volume decreases. And in the second, It shows that as long as the volume increases temperature also increases. In the third, it also shows that if the pressure increases the temperature would also increase. And in the last it shows that when volume increases the pressure then decreases. https://byjus.com/chemistry/charless-law-relationship-between-temperature-volume/ Pressure Temperature and Volume Gas Law Relationshipwww.youtube.com › watch

Kahoot Quiz!

Down below is a quiz to test your knowledge and understanding from our blog!! https://create.kahoot.it/share/thermodynamics/dc7d3bbb-bd1d-4a58-aa4a-6f212395444a

How do objects feel hotter or colder to a person's touch when they have the same temperature?

You may ask yourself why metals feel colder when you touch them but wood feels warmer even though they have the same temperature. This is because the rate at which the material transmits heat to or away from your skin is mostly responsible. Because they quickly absorb heat from your skin, which is likely to be warmer, metals feel cold even when at normal temperature because they are excellent heat conductors. If one object is a greater heat conductor than the other , two objects that are at the same temperature may feel different from one another. Since the greater conductor will drain your hand's heat energy more quickly, it will feel cooler. https://byjus.com/physics/conductors-insulators/ https://www.physicsclassroom.com/class/estatics/Lesson-1/Conductors-and-Insulators What are Conductors and Insulators? | Don't Memorisewww.youtube.com › watch

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