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What else can I help you with?
How are kinetics and reaction rate are related?
Increasing the concentration of the reactants will increase the frequency of collisions between the two reactants. So this is collision theory again. You also need to discuss kinetic theory in an experiment where you vary the concentration. Although you keep the temperature constant, kinetic theory is relevant. This is because the molecules in the reaction mixture have a range of energy levels. When collisions occur, they do not always result in a reaction. If the two colliding molecules have sufficient energy they will react.
What would have happened to the gas if the molecular collisions were not elastic?
If molecular collisions were not elastic, then some of the kinetic energy would be lost in each collision, leading to an overall loss of energy in the gas. This would result in a decrease in temperature and pressure of the gas over time as the molecules lose energy.
How does MO theory eliminate the need for resonance forms when depicting polyatomic molecules?
Molecular orbital (MO) theory combines the atomic orbitals of atoms in a molecule to form molecular orbitals. This eliminates the need for resonance forms because MO theory considers all possible electron distributions within the molecule, providing a more accurate and comprehensive depiction of the molecule's structure and bonding.
The average kinetic energy of gas particles?
To determine that, you either need to know the average speed of the hydrogen atoms or the temperature of the sample. Knowing neither of those things, there is not enough information to answer the question.
Why VBT could not explain the para magnetic behaviour of oxygen?
Van Vleck paramagnetism theory (VBT) is limited in explaining the paramagnetic behavior of oxygen because it does not take into account the role of electron-electron repulsions and the need for molecular orbital theory to properly describe the bonding in molecules like oxygen. Oxygen exhibits paramagnetism due to the presence of unpaired electrons in its molecular orbitals, which VBT fails to adequately account for. Molecular orbital theory, which considers the delocalization of electrons in molecular orbitals, provides a more comprehensive explanation for the paramagnetic behavior of oxygen.
Does kinetic energy need to be capitalized?
No, kinetic energy doesn't need to be capitalized.
Is Kinetic energy capitalized?
Kinetic energy is not capitalized unless it is at the beginning of a sentence or part of a title. In scientific writing, it is typically written in lowercase letters. However, if it is a proper noun, such as the name of a specific theory or concept, it may be capitalized.
What substances make up temperature?
None. Temperature is a term/concept that affects any substance and any atom. Temperature describes the kinetic energy (dependend on their speed) that the atoms your substance is made of have. Dependend on your substance you need different amount of heat energy to change the temperature. This property is called heat capacity.
What does a doctor use to measure the average kinetic energy of the molecules in your body?
Let us first define Kinetic Energy. Kinetic Energy is often referred to the energy a mass has due to its motion. However, when referring to the heat of an object, Kinetic Energy refers to how excited the particles are of the object. A measure of heat of the human body could be taken as temperature which has the SI units Fahrenheit, Celsius, or Kelvins. Therefore, the measure of the Kinetic Energy of the human body, as a standard: the human body has a temperature of 37 degrees Celsius.
How does kinetic energy of solids liquids and gases compare?
The kinetic energy is lowest in solids, higher in liquids, and highest in gases.
How are temperature and kinetic energy connected?
Well this one's quite simple, temperature and kinetic energy are both types of energy, seeing as though they are both types of energy they both produce energy. Producing energy is a great thing as we all need energy to survive, without energy we'd die. Oh and about the question.
How do molecules move in a cold temperature?
Temperature is the average of all the kinetic energy in something. What we Perceive as "cold" is something with much lower temperature, and thus lower average kinetic energy, than our own, however matter does not have a perception of "cold" or "hot". Additionally, solids (matter below its freezing point) continues to vibrate on a molecular level until Absolute zero is reached, at which point, all molecular movement ceases. It is important to note that the freezing point of materials varies greatly: For example tungsten has a freezing point of greater than 3000 degrees C! It is not actually theoretically possible to attain absolute zero , as the system at absolute zero would need to be removed from the rest of the universe according to the laws of thermodynamics. Additionally,even if you could, the particles would still move with some subtle quantum mechanical effects.
