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Category: Thermodynamics
Thermodynamics is a branch of physics that deals with heat and temperature and their relation to energy and work. The behavior of these quantities is governed by the four laws of thermodynamics
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Thermal expansion
It's sterilised using Methylated spirit
It’s sterilised using Methylated spirit
See lessThermal expansion
The glass of the thermometer is thick..the hot water will cause uneven expansion on the glass this making it to break
The glass of the thermometer is thick..the hot water will cause uneven expansion on the glass this making it to break
See lessHeat transfer
It's only radiation that doesn't require a medium for transmission to take place and light too doesn't require a medium for its propagation.
It’s only radiation that doesn’t require a medium for transmission to take place and light too doesn’t require a medium for its propagation.
See lessHeat transfer
In conduction, particles are responsible for heat transfer which involves particle to particle contact while in radiation there is no particle involved.
In conduction, particles are responsible for heat transfer which involves particle to particle contact while in radiation there is no particle involved.
See lessThermodynamics
For even distribution of heat from fire
For even distribution of heat from fire
See lessHeat
Steam at 100 posses latent heat of vaporization too, which makes the burn more severe than water at 100..
Steam at 100 posses latent heat of vaporization too, which makes the burn more severe than water at 100..
See lessGas Laws
1. The volume of the molecule of the gas is zero. 2. Collisions between the molecules and with the walls of the container is perfectly elastic. 3.Attraction between the molecules of a gas is negligible.
1. The volume of the molecule of the gas is zero.
See less2. Collisions between the molecules and with the
walls of the container is perfectly elastic.
3.Attraction between the molecules of a gas is
negligible.
Thermodynamics
Tube A. Diffusion is faster in gases due to low density and low cohesive forces hence higher kinetic energy
Tube A. Diffusion is faster in gases due to low density and low cohesive forces hence higher kinetic energy
See lessConcrete and steel
They've the same linear expansivity
They’ve the same linear expansivity
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