Does heat differ from temperature? how
Answers
Heat measures both kinetic and potential energy contained by molecules in an object. On the other hand, temperature measures average kinetic energy of molecules in substance. The main feature of heat is that it travels from hotter region to cooler region.
Answer:
Temperature is a measurement of the average energy of the motions of the molecules in a substance, whereas heat is the total energy of those motions. The amount of heat generated depends on various variables, including the number, size, and speed of the particles.
Explanation:
On the other hand, the temperature is unaffected by these variables. Let's compare a tub of water to a cup of water as an illustration. Even if the water in the cup and the tub may be the same temperature, the water in the tub has more thermal energy and so produces more heat due to the amount of particles it contains.
Temperature is a measure of the energy held by a material's atoms, which is directly related to the kinetic energy held by the product's particles. Temperature is measured in Kelvin, the SI unit. As we previously stated, the temperature and molecular energy of motion are intimately correlated; as a result, increasing a product's temperatures (in Kelvin) causes its molecular kinetic energy on average to double.
Heat:
- The entire energy of all internal molecular motion makes up an object's heat.
- The Si unit of heat is Joule
- units are Joules, Calories
- symbol is Q
- It is a measurement of the quantity of atoms times the energy that each atom possesses.
- It is capable of performing tasks.
Temperature:
- The heat conduction and average heat of the atoms or molecules is measured by temperature.
- The Si unit of temperature is Kelvin
- units are Fahrenheit, Celsius, Kelvin
- symbol is T
- The path in which the heat will flow is determined by something akin to a level. It has to do with how quickly a substance's molecules are moving.
- It can be used to calculate the heat intensity.
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