Heat temperature and kinetic energy Essay Example | Topics and Well Written Essays - 750 words

Heat temperature and kinetic sinew - Essay ExampleAs particles of matter atomic number 18 in constant motion even in the coldest voids of space, there is always a measurable flierment of rouse energy produced. The continuous movements of the atoms and molecules within the consistence, where they randomly hit each some other produce estrus or thermal energy. Heat is also like work. It can never be contained within the body. Instead, it is energy in transit, transferring from one body into another. It can also transmit from the system to its environment or wrong versa. Heat in the body can be of two forms potential and kinetic energy (Smith, van Ness, Abott, 2001). Heat always travels from a body with high temperature to a lower one. Temperature is the main driving advertise for heat transfer between bodies. According to (Killam, Daou, n.d ), atoms and molecules dont travel with the comparable rate of speed. thither is a accredited range of energy in molecules that dictate s their speed whether slow or fast. Temperature therefore is the measure of the average heat or thermal energy of the particles in a substance. Temperature is measured done thermometers, using a uniform tube filled with alcohol, mercury or some other fluids. on that point is a reflected numerical values indicated for the degree of hotness and coldness of a certain object (Smith, vanguard Ness, Abott, 2001). Heat and temperature is closely related to each other. As observed, the presence of heat makes the temperature rise. However, they are not of the same thing. Heat is the energy produced due to the motion of molecules while temperature is the measurement of the energy produced by the body. Heat is leechlike upon the rate of movement of the particles such as the number of particles in motion, their speed, weed and the type of particles within the body. Temperature, on the other hand is independent of these things. Heat caused the temperature to rise and the removal of heat cau se the temperature to lower down. reject with higher temperature reveals that the molecules in that body are moving with higher energy. To state it more clearly, temperature is not energy, scarcely a measure of it. Heat is energy (Killam, Daou, n.d). Heat has effects to the body from which it is transferred. A certain body is capable of handling such heat energy. This is referred to as heat message. As defined by (Smith, vanguard Ness, Abott, 2001), the smaller the change in temperature within a body that is caused by the transfer of that given bar of heat, there is greater capacity for it. There are two kinds of heat capacity that can be applied in homogenous fluids heat capacity at constant volume and the heat capacity at constant pressure. Every type has certain conditions or properties that must be considered with relevance to their differences in volume and pressure. Heat capacity can also be further divided into three divergent terms heat capacity, specific heat capacity and the molar heat capacity. According to Jorgensen (n.d), molar heat capacity is the required energy for one mole of substance to raise 1 degree Celcius. item heat is the measurement of energy that can raise a material with a certain mass into a difference of 1 degree in Centigrade. They are both intrinsic properties of a certain substance. They are not dependent on the quantity of material present. Heat capacity on the other hand, is an extensive property of