volume

Select all the statements that apply to Charles's law. Charles's law relates gas volume and temperature in Kelvin. The volume of as is proportional to its temperature in degrees Celsius or Kelvin. The volume of a gas decreases as temperature increases if the gas is kept at a constant pressure and fixed amount. ✔The volume of a gas increases as temperature increases if the gas is kept at constant pressure and fixed amount.

According to Charles law, as volume decreases what do you expect will happen to the temperature?  a. Increase  b. Decreases

Question 46 Choose the situation where a freshly opened bottle of soda pop would "fizz" the least. Assume that all situations are at the same temperature. Hint: As altitude decreases the atmospheric pressure increases. O Flying in an airplane at 35,000 feet of altitude O On top of a mountain that has an altitude of 11,000 feet O At Virginia Beach, Virginia where the altitude is - 0 feet O In Death Valley, CA where the altitude is 282 feet below sea level

Select ALL the true statements about gas mixtures: A. Gas mixtures behave the same as individual gases do. B. Individual gases behave independently of a mixture. C. Individual gases do NOT contribute to the pressure of a mixture. D. To the pressure of a gas mixture, you should add together all the partial pressures of the individual gases in the mixture. -

According to Charles' Law, as volume decreases what do you expect will happen to the temperature?  A. increase  B. Decrease

So the pressure of gas is directly proportional to the temperature of the gas why does the pressure increase when the temperature is increased? What is happening to the particles

According to the Kinetic Theory of Gases, an ideal gas molecule? a. has mass, no volume b. has momentum, no kinetic energy c. interacts with only neighbouring gas molecules.

20. The dependence of the volume of a gas on the number of moles at constant temperature and pressure is described by A. Avogadros' Law B. Boyle's :aw C. Charles's Law D. Law of Conservation of Mass E. Universal Gas Law

what are the similarities and difference of plasma and gases