Temperature is a measure of the average kinetic energy of an object. This is proportional to how quickly the particles move.
Solids.
Because they: * Have mass * Have a speed
The speed and position of atoms are primarily affected by temperature, energy levels, and interactions with neighboring atoms. Temperature determines how much kinetic energy the atoms have, affecting their speed. Energy levels and interactions with neighboring atoms can also affect the position and movement of atoms in a substance.
The atoms speed up building up kenetic energy which forces them apart and that is what turns the liquid into a gas
A particle may travel at a faster speed or its component atoms or molecules may vibrate more vigorously.
Yes, because larger molecules have more atoms and therefore more mass, which results in slower molecular movement compared to smaller molecules. The motion of larger molecules is more constrained due to the increased interactions between atoms within the molecule.
In solids, heat is the energy of vibrating molecules or atoms; the higher the temperature, the greater the vibration. And when molecules or atoms vibrate more, there will be more space between them.
Whatever it is, gas, vapor, liquid, solid - the higher the temperature, the higher is the local agitation/speed of the molecules/atoms.
A functional group is a specific group of atoms bonded to a carbon atom within an organic molecule that determines the chemical properties and reactivity of that molecule. These groups influence how the molecule will interact in chemical reactions, dictating its behavior and characteristics. Common examples of functional groups include hydroxyl, carboxyl, and amino groups.
When heat is added to molecules and atoms, their kinetic energy increases, causing them to move faster. This is because heat energy is transferred to the particles, making them vibrate and move more rapidly.
The speed doesn't necessarily determine the permeability, but the size does. Smaller molecules such as O2 can easily enter the cell while CO2 leaves the cell. There are other criteria that also determines whether a molecule can pass through the plasma membrane such as its solubility. Fat soluble molecules such as steroids can easily pass through the membrane.
At any given temperature, the average speed of a gas can be determined using the root-mean-square speed formula: Urms = sqrt[(3RT)/M]. For xenon atoms to have the same average speed as Cl2 molecules at a specific temperature, the root-mean-square speed of both gases should be equal. By setting up and solving the equations, you can determine the temperature at which this equality occurs.