In solids, it occurs through transfer of vibrational energy from one high energy molecule to another, while in fluids it occurs additionally due to transfer of kinetic energy. In metals, it occurs through free electron movement. The rate of…
This research therefore entails the design of the process flow diagram and subsequent mass and energy calculations as well as designing appropriate shall-and tube heat exchanger. The piping and instrumentation (P&I) diagrams are also encompassed in the research report.
Due to the large size of the planet, it is able to retain enough of this rising heat; enough of this heat allows the planet to experience geologically activity, since the heat is one of the driving forces as to why the interior of the Earth is as active
omposed of several layers covering an extremely hot and molten mass known as Lava, which is so hot that it has maintained its heat ever since the Earth was formed. “This heat causes mantle convection and keeps Earth’s lithosphere thin, ensuring active surface geology.”
The objective of the experiment is to find out the specific heat capacity of water by monitoring change in temperature of a water that is heated to boiling under constant time interval.
The specific heat of any material determines the amount of energy needed to heat 1 kg of
rred to as thermal capacity, is defined as the amount or quantity of heat or thermal energy needed to raise a body’s temperature by a single unit of temperature (Hewitt, Suchocki, & Hewitt, 2012). Thus:
According to Hewitt et al. (2012), two factors determine the heat
Heat-exchange technology can recapture unexploited heat by refrigerator in places like supermarkets hence storing it before allowing it to be pumped back for reused.
The above technology offers a sophisticated software that works with data