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Compared to less massive particles at the same temperature more massive particles?
Wiki User
∙ 12y ago
Move more quickly.
Wiki User
∙ 12y ago
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Do More massive particles move more slowly than less massive particles true or false?
true
Why does increasing or decreasing the temperature of matter affect how particles move?
Temperature is the measure of the movement of particles. The more movement, the higher the temperature; the less movement, the lower the temperature.The increase in temperature indicates that the particles have more energy and thus they have more movement - vibrational, rotational or transitional motion. Conversely, a drop in temperature indicates there is less energy in the system and, therefore, less motion of the particles.
Why are particles in liquid are held less firmly compared to solids?
this is because the the particle in liquid have lower attraction force between particle compared to solid
What causes the particles of a substance to lose thermal energy?
The particles in a substance lose thermal energy as the temperature decreases, because the particles are moving and vibrating less.
What does lowering the temperature do to the rate of a reaction?
Decrease because particles will move slower causing less collisions.
Do More massive particles move more slowly than less massive particles true or false?
true
Are atoms the smallest particles of matter?
No. The smallest particle of matter appears to be the electron neutrino, with a mass somewhat less than 2.2 eV. Even the electron, at 511 eV, is massive, compared to the neutrino.
What of a gas is a measure of the average speed of the particles in the gas?
"Temperature is a measure of the average energy of motion, of particles in matter. When particles of matter, whether in solids, liquids, gases, or elementary plasma's, move faster or have greater mass, they carry more kinetic energy, and the material appears warmer than a material with slower or less massive particles."Simply put, temperature is the measure of the average speed of particles in motion in a gas.
Why does increasing or decreasing the temperature of matter affect how particles move?
Temperature is the measure of the movement of particles. The more movement, the higher the temperature; the less movement, the lower the temperature.The increase in temperature indicates that the particles have more energy and thus they have more movement - vibrational, rotational or transitional motion. Conversely, a drop in temperature indicates there is less energy in the system and, therefore, less motion of the particles.
Compared to the particles in a hardened lava sample the particles in a liquid lava sample?
Have less kinetic energy
Why does the path of the beta particles bend more than the path of the alpha particles?
Beta particles (electrons) are less massive than alpha particles (Helium-4 nuclei), by a factor of approximately 8000.
What particle is least massive?
The least massive principle atomic particle is the electron. Neutrons and protons are much more massive and are about equal in mass. Of course, there are even smaller particles such as quarks which are less massive than even electrons.
Why are particles in liquid are held less firmly compared to solids?
this is because the the particle in liquid have lower attraction force between particle compared to solid
What Heated water becomes less blank as it and temperature rises and it and particles spread apart?
It becomes less dense.
What causes the particles of a substance to lose thermal energy?
The particles in a substance lose thermal energy as the temperature decreases, because the particles are moving and vibrating less.
Why do beta particles have a higher ionizing power than gamma particles?
No,Aplha has a helium nucleus,implying that it is inert.Beta is a highly energetic electron,implying it is ionised,hence it can ionize further than that.Gamma rays are electromagnetic waves they dont ionise.However the three particles ionizes other particles they come into contact with.
Why do less massive stars age less slowly than big stars?
The pressure and temperature in the core of a star varies, depending on the star's mass. And the energy production is highly dependent on the temperature.
