<a h< a>ref=Temperature> Temp eratu< a href="">re<< a>a> is a me asur e of the average< a> <a href=< a href="">Kin< a>etic_<a href=Ener gy>< a>Energy<a< a>>>kineti c <a < a>href=< a>Energy>e nergy<a>< a> < a>of the pa rticles in< a href=""> a substance. It i< a>s measured i n un< a>its such as Ce lsius< a href="">, Fa< a>hrenheit, and Kelvi< a href="">n.
<a h< a>ref=Temperature> Temp eratu< a href="">re<< a>a> is a me asur e of the average< a> <a href=< a href="">Kin< a>etic_<a href=Ener gy>< a>Energy<a< a>>>kineti c <a < a>href=< a>Energy>e nergy<a>< a> < a>of the pa rticles in< a href=""> a substance. It i< a>s a measure of t< a>he average amount o< a href="">f <a< a> href=En ergy >energy<< a>a> that t he particles in < a href="">a su< a>bstance h ave. <a href=Temperat ure> Tempe< a href="">ratu< a>re<a> is measure d in< a> <a href= Deg rees>deg< a>rees<a> Celsius (