Two ways in which questions are lengthened are by giving a prompt or background information prior to asking the question. An example of how your question may be turned into a paragraph is below.
Gas properties can be explained using the kinetic molecular theory and gas laws.
Kinetic energy is the energy of motion. The kinetic molecular theory is used to describe the properties of gases based on the movement of the gas particles. The...
Two ways in which questions are lengthened are by giving a prompt or background information prior to asking the question. An example of how your question may be turned into a paragraph is below.
Gas properties can be explained using the kinetic molecular theory and gas laws.
Kinetic energy is the energy of motion. The kinetic molecular theory is used to describe the properties of gases based on the movement of the gas particles. The main ideas of the kinetic molecular theory are:
- Gases are made of particles (atom or molecules) that are considered matter.
- Gas particles are very small when compared to the space between them. Therefore, the volume of a gas is considered to be mostly empty space.
- All gases are constantly in motion.
- Gas particles move in a straight line until they hit something.
- When gas particles collide, the collisions are considered to be elastic. This means that no energy is lost nor gained.
- There intermolecular forces between gas particles are considered to be little to nonexistent.
- The kinetic energy of gas particles is directly proportional to temperature.
The gas laws use relationships between temperature, volume, and pressure in order to explain the properties of gases. Essentially, the gas laws state that the volume of a gas is directly proportional to the temperature of the gas and inversely proportional to the pressure placed on the gas particles.
Using the information provided above, please explain how to blow up a balloon without using a single breath.
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