total energytotal energy possessed by system is
Total Energy:
Total energy possessed by system is the sum of all types of stored energy. Thus it will be given by
Etotal = PE + KE + U = mgh + 1/2mv2 + U It is expressed in unit of joule (1J = 1Nm)
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convert following reading of pressure to kpa supposing that the barometer reads 760mm hg1 90cm hg gauge 2 40cm hg vacuum 3 12m h2o gaugesol given
energy - thermodynamicsthe energy can be defined as the capacity of doing work the energy possessed by system may be of two kinds1 stored energy for
potential energy pethe energy possessed by body or system by virtue of its position above the datum level the work done is because of its falling on
internal energy uit is the energy possessed by the system on account of its configurations and motion of atoms and molecules not like potential
total energytotal energy possessed by system is the sum of all types of stored energy thus it will be given byetotal pe ke u mgh 12mv2
heatsol heat can be energy transferred across the boundary of a system because of temperature difference between system and surrounding the heat is
work - thermodynamicsthe work can be defined as followswork is defined as energy transferred across the boundary of a system due to an intensive
comparison between work and heat - thermodynamicsthere are a number of similarities between heat and work1 both heat and work are transient phenomena
normal temperature and pressure ntpthe conditions of temperature and pressure at 0degc 273k and 760 mm of hg respectively are called normal
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