I think it could be lead
Both. M used for hot water heat. L used for domestic hot and cold water.
Heat load is calculated by the following equation Q=m*cp*deltaT m=mass flow rate cp=specific heat deltaT=difference in temperature
There is many advantages some of the advantages are less weight, less material and very high strength. (:
A star connection is where the three phase nonpolarities are tied to a single point, and very often grounded. A delta connection is where the nonpolarity of one phase is tied to the polarity of another phase, forming a greek delta shape. If measuring from polarity to nonpolarity on a single phase, in the star formation you are looking at L-N voltages; in the delta connection, you are looking at L-L voltages (L-N voltages * square root of three).
) Tuned amplifiers cannot be used at low frequencies because of the requirement of very large value of L in the tuned circuit [1]. This requirement of high value of L at low frequency is impossible because the size and weight of inductors become exceedingly large and Q becomes very low.
Non-metals, such as rubber and plastic, generally do not conduct heat very well due to their molecular structure that does not easily allow the transfer of heat energy. These materials are considered to be insulators when it comes to heat conduction, meaning they are poor conductors of heat.
I think it could be lead
lead Lagging.
Air is a poor conductor of heat. It has low thermal conductivity, which means it does not transfer heat efficiently. This is why materials like wool or fiberglass that trap air are good insulators.
Lydia L. A. Very has written: 'Red Riding Hood' 'A strange recluse, or, Ye did it unto me' 'Goody Two Shoes' -- subject(s): Conduct of life, Fiction, Orphans, Specimens, Stories in rhyme, Toy and movable books
no:( Well that's not very nice...
Orie L. Phillips has written: 'Conduct of judges and lawyers'
L-A- Heat - 1996 is rated/received certificates of: Australia:M
The symbol for latent heat is ( L ).
When heat loss occurs from the result of a reaction, it is called an exothermic reaction (heat taken in is endothermic). the deffinition of heat is the average kenetic internal energy of what is "hot" or "cold". Heat is lost in the transition from g(gas) to l(liquid) g to s(solid) and l to s. and heat is absorbed from s to l, s to g, and l to g.
well actually she ia very honest smart and cute girl....actually that's me...:)
Harry L. Solberg has written: 'Elementary heat power' -- subject(s): Heat, Heat-engines, Power-plants