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It doesn't have to. But the probability that it will is so large
that it's accepted as a law in thermodynamics.
Wiki User
∙ 13y ago
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When a warmer object touches a cooler object what does heat move by?
if you mean to what way it transfer, always the heat is going to move to the cooler object. The means of heat transfer is conduction.
What happens if two objects with a different temperature touch?
the heat from the warmer object will move to the colder object, for heat can only move in one direction.
Why does thermal energy only move from the warmer object to the cooler object?
Because according to the second law of thermodynamics, energy spontaneously spreads from regions of higher concentration to regions of lower concentration.
How does energy move when you touch a block of ice with your hand?
Heat energy transfers from your hand to the ice. This is because heat always passes from the cooler object to the hotter object. The ice gains heat energy, so it heats up.
How many directions can energy move from warmer objects to cooler objects?
THREE
When a warmer object touches a cooler object what does heat move by?
if you mean to what way it transfer, always the heat is going to move to the cooler object. The means of heat transfer is conduction.
What happens if two objects with a different temperature touch?
the heat from the warmer object will move to the colder object, for heat can only move in one direction.
How heat move'?
Thermal energy that can move from one substance to another is called heat. Heat always moves from a warmer substance to a cooler one. An increase in temperature means that heat moves into a substance.
How does air move from cooler place to a warmer place or from a warmer place to a cooler place?
Because that how air rules.
Does air move from warmer areas to cooler areas?
No.
How does heat move in organism and their environment?
Heat always moves from warmer areas or sites to cooler areas or sites. Hence body heat moves from the cells to the blood. From the blood to the lungs or from the skin to the air. Once in the air it moves to cooler regions of air.
How does radiation conduction and convection work together?
They all move heat energy from a hot object to a cooler one.
Why does thermal energy only move from the warmer object to the cooler object?
Because according to the second law of thermodynamics, energy spontaneously spreads from regions of higher concentration to regions of lower concentration.
How does energy move when you touch a block of ice with your hand?
Heat energy transfers from your hand to the ice. This is because heat always passes from the cooler object to the hotter object. The ice gains heat energy, so it heats up.
How many directions can energy move from warmer objects to cooler objects?
THREE
Does energy always move from warmer to cooler matter?
Regarding thermal (heat) energy. Yes. I think the process is called diffusion, but you might want to research that term further.
How does heat move from warmer things to cooler things?
Heat moves from warmer things to cooler things through a process called conduction, convection, and radiation. Conduction: In solids, heat is transferred through direct contact. When you touch a hot object, heat moves from the object to your hand through conduction. This process occurs as fast-moving, higher-energy particles collide with slower-moving, lower-energy particles, transferring their energy and raising the temperature of the cooler substance. Convection: In fluids (liquids and gases), heat is transferred through convection. This involves the movement of the heated fluid itself. When you heat a pot of water on a stove, the hot water rises, and the cooler water near the surface sinks. This creates a circulation pattern that spreads the heat throughout the fluid. Radiation: Heat can also travel through a vacuum, like outer space, through radiation. In this process, heat is emitted in the form of electromagnetic waves, such as infrared radiation. This radiation can travel through empty space and be absorbed by cooler objects, causing them to warm up.
