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The friction between a moving object and air particles is called air resistance or drag. It is a force that opposes the motion of the object and can affect its speed and trajectory.
Work the transfer of energy as the result of motion is called work. Motion is when one object's distance from another is changing.
An object may not move even though its particles are in random motion because the net force acting on the object is zero. The random motion of individual particles can cancel out each other's effects, resulting in no overall movement of the object as a whole.
The energy of atoms and molecules in an object due to their motion is called kinetic energy. This energy is a result of the random motion of particles within the object. The temperature of an object is a measure of the average kinetic energy of its constituent particles.
Particles in an object can still be moving even if the object as a whole is not visibly moving. This is because particles are in constant motion due to thermal energy, even in solids where the object appears to be stationary. The motion of particles within the object contributes to its internal energy and properties.
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the object of motion is akantutan
Accelerates the motion of an object.
The friction between a moving object and air particles is called air resistance or drag. It is a force that opposes the motion of the object and can affect its speed and trajectory.
Work the transfer of energy as the result of motion is called work. Motion is when one object's distance from another is changing.
motion
An object may not move even though its particles are in random motion because the net force acting on the object is zero. The random motion of individual particles can cancel out each other's effects, resulting in no overall movement of the object as a whole.
Balanced forces do not change its motion (no acceleration). Unbalanced forces changes the motion of the object (acceleration).
When energy is transfered to a system of particles, the system is said to be heated. The particles absorb this energy and convert it to kinetic energy, causing their translational motions to increase. Temperature is a measure of the average translational motion of particles. Hence, heating an object causes the particles that make up that object to move more and these motions manifest themselves in what we know as the temperature of the object. In fact in the absolute temperature scale of thermodynamics a zero temperature corresponds to a system of particles in which there is no motion.
When energy is transfered to a system of particles, the system is said to be heated. The particles absorb this energy and convert it to kinetic energy, causing their translational motions to increase. Temperature is a measure of the average translational motion of particles. Hence, heating an object causes the particles that make up that object to move more and these motions manifest themselves in what we know as the temperature of the object. In fact in the absolute temperature scale of thermodynamics a zero temperature corresponds to a system of particles in which there is no motion.
The energy of atoms and molecules in an object due to their motion is called kinetic energy. This energy is a result of the random motion of particles within the object. The temperature of an object is a measure of the average kinetic energy of its constituent particles.