Carpets and water
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Monty
Not so new Member
Yes, yes they do!And they like to 'crap' in places that they know are hard for you to clean, ie in their hiding boxes :roll:
C
cyber_crimes
Guest
What substrate are you using Moses?
I find that snakes like to scent there enclosure with there odors,For instance when I used paper for substrate as soon as id replace it my snakes would take a dump meaning id have to change it yet again.It wasnt untill I started using BC only removing the parts that were crapped on did they stop.Perhaps your snake is deficating in the water bowl so the vapouration is scenting the enclosure.
I find that snakes like to scent there enclosure with there odors,For instance when I used paper for substrate as soon as id replace it my snakes would take a dump meaning id have to change it yet again.It wasnt untill I started using BC only removing the parts that were crapped on did they stop.Perhaps your snake is deficating in the water bowl so the vapouration is scenting the enclosure.
africancichlidau
Almost Legendary
Hey, nice new word there CC Vapouration eh? I like it
Vapouration eh? I like it
C
cyber_crimes
Guest
evaporation is the word but vapouration is the emmissions of vapourous material...Yous can thank Hawks and myself for that definition lol :lol:
africancichlidau
Almost Legendary
I's can can I ? Sounds to me like the only emission here is one of hot air from between the buttocks
C
cyber_crimes
Guest
Atmospheric Air is a mixture of dry air and water vapour. It can be treated as ideal gas and the gas laws can be applied to it.
General gas law
pV = mRT
r = m/V = p/RT
paVa = RaT
pwVw=RwT
Daltons law
p = pa + pw (Pa, N/m2)
where
p = total pressure of air (Pa, N/m2)
pa = partial pressure dry air (Pa, N/m2)
pw = partial pressure water vapour (Pa, N/m2)
--------------------------------------------------------------------------------
Density of dry air ra = 0,0035 pa/T (kg/m3)
where
ra = density dry air (kg/m3)
T = absolute dry bulb temperature (K)
--------------------------------------------------------------------------------
Density of water vapour rw = 0,0022 pw/T (kg/m3)
where
pw = partial pressure water vapour (Pa, N/m2)
rw = density water vapour (kg/m3)
--------------------------------------------------------------------------------
Density of air-water vapour mixture r = 0,0035 pt/T ? 0,00133 pws? /100T (kg/m3)
where
r = density air-vapour mixture (kg/m3)
pt = total pressure of the mixture (Pa, N/m2)
pws = saturation pressure of water vapour (Pa, N/m2)
? = relative humidity %
--------------------------------------------------------------------------------
Humidity is the term applied to the quantity of water vapour present in the air.
--------------------------------------------------------------------------------
Absolute Humidity is the actual mass of water vapour present, expressed in grams water vapour per kilogram mixture.
--------------------------------------------------------------------------------
Specific Humidity is the actual mass of water vapour present, expressed in grams water vapour per kilogram dry air.
X = 0,622 ? r ws/(r -r ws)100 kg/kg
where
X = specific humidity of air vapour mixture g/kg
--------------------------------------------------------------------------------
Specific Humidity of Saturated Air Xs = 0,622 ? r ws/(r -r ws) kg/kg
--------------------------------------------------------------------------------
Relative Humidity is
ratio of actual partial pressure of water vapour to vapour pressure at saturation at actual dry bulb temperature.
or
ratio of actual vapour density to vapour density at saturation at actual dry bulb temperature.
or
ratio at actual mass of water vapour in a given air volume to mass of water vapour required to saturate this volume.
Relative Humidity is usually expressed in %.
? = pw/pws x100 = r w/r ws x100 = X/ Xs x 100 %
--------------------------------------------------------------------------------
Saturated Air holds the maximum mass of water vapour at the given temperature. Lower air temperature will cause condensation of water vapour.
--------------------------------------------------------------------------------
Dry Bulb Temperature is the air temperature indicated by a thermometer not affected by the moisture of the air.
--------------------------------------------------------------------------------
Wet Bulb Temperature is the temperature of adiabatic saturation. It is the temperature indicated by a moistened thermometer bulb exposed to a current of air.
--------------------------------------------------------------------------------
Dew Point Temperature is the temperature to which air with a given moisture content must be cooled to produce saturation of the air and the commencement of the vapour in the air.
--------------------------------------------------------------------------------
Specific Enthalpy of dry air
H = 1,01t kJ/kg
where
H = enthalpy kJ/kg
1,01 = specific heat capacity of dry air kJ/kg oC
t = temperature oC
--------------------------------------------------------------------------------
Specific Enthalpy of air-water vapour mixture is composed to the sensible heat of the air and the latent heat of vapourisation of the water vapour present in the air and the sensible heat of the vapour.
H = 1,01t + X(2463 + 1,88t) kJ/kg
2463 = latent heat of vapouration of water at 0 oC kJ/kg
1,88 = specific heat capacity of water vapour at constant pressure kJ/kg oC
--------------------------------------------------------------------------------
Thermal expansion of air Dry air expands uniformly 1/886 (0,112%) of its volume per oC under constant pressure.
--------------------------------------------------------------------------------
Specific Heat Capacity of dry air
Cp = 1.01 kJ/kgK
= 1,23 kJ/m3K at standard pressure
*shrugs* I dunno
General gas law
pV = mRT
r = m/V = p/RT
paVa = RaT
pwVw=RwT
Daltons law
p = pa + pw (Pa, N/m2)
where
p = total pressure of air (Pa, N/m2)
pa = partial pressure dry air (Pa, N/m2)
pw = partial pressure water vapour (Pa, N/m2)
--------------------------------------------------------------------------------
Density of dry air ra = 0,0035 pa/T (kg/m3)
where
ra = density dry air (kg/m3)
T = absolute dry bulb temperature (K)
--------------------------------------------------------------------------------
Density of water vapour rw = 0,0022 pw/T (kg/m3)
where
pw = partial pressure water vapour (Pa, N/m2)
rw = density water vapour (kg/m3)
--------------------------------------------------------------------------------
Density of air-water vapour mixture r = 0,0035 pt/T ? 0,00133 pws? /100T (kg/m3)
where
r = density air-vapour mixture (kg/m3)
pt = total pressure of the mixture (Pa, N/m2)
pws = saturation pressure of water vapour (Pa, N/m2)
? = relative humidity %
--------------------------------------------------------------------------------
Humidity is the term applied to the quantity of water vapour present in the air.
--------------------------------------------------------------------------------
Absolute Humidity is the actual mass of water vapour present, expressed in grams water vapour per kilogram mixture.
--------------------------------------------------------------------------------
Specific Humidity is the actual mass of water vapour present, expressed in grams water vapour per kilogram dry air.
X = 0,622 ? r ws/(r -r ws)100 kg/kg
where
X = specific humidity of air vapour mixture g/kg
--------------------------------------------------------------------------------
Specific Humidity of Saturated Air Xs = 0,622 ? r ws/(r -r ws) kg/kg
--------------------------------------------------------------------------------
Relative Humidity is
ratio of actual partial pressure of water vapour to vapour pressure at saturation at actual dry bulb temperature.
or
ratio of actual vapour density to vapour density at saturation at actual dry bulb temperature.
or
ratio at actual mass of water vapour in a given air volume to mass of water vapour required to saturate this volume.
Relative Humidity is usually expressed in %.
? = pw/pws x100 = r w/r ws x100 = X/ Xs x 100 %
--------------------------------------------------------------------------------
Saturated Air holds the maximum mass of water vapour at the given temperature. Lower air temperature will cause condensation of water vapour.
--------------------------------------------------------------------------------
Dry Bulb Temperature is the air temperature indicated by a thermometer not affected by the moisture of the air.
--------------------------------------------------------------------------------
Wet Bulb Temperature is the temperature of adiabatic saturation. It is the temperature indicated by a moistened thermometer bulb exposed to a current of air.
--------------------------------------------------------------------------------
Dew Point Temperature is the temperature to which air with a given moisture content must be cooled to produce saturation of the air and the commencement of the vapour in the air.
--------------------------------------------------------------------------------
Specific Enthalpy of dry air
H = 1,01t kJ/kg
where
H = enthalpy kJ/kg
1,01 = specific heat capacity of dry air kJ/kg oC
t = temperature oC
--------------------------------------------------------------------------------
Specific Enthalpy of air-water vapour mixture is composed to the sensible heat of the air and the latent heat of vapourisation of the water vapour present in the air and the sensible heat of the vapour.
H = 1,01t + X(2463 + 1,88t) kJ/kg
2463 = latent heat of vapouration of water at 0 oC kJ/kg
1,88 = specific heat capacity of water vapour at constant pressure kJ/kg oC
--------------------------------------------------------------------------------
Thermal expansion of air Dry air expands uniformly 1/886 (0,112%) of its volume per oC under constant pressure.
--------------------------------------------------------------------------------
Specific Heat Capacity of dry air
Cp = 1.01 kJ/kgK
= 1,23 kJ/m3K at standard pressure
*shrugs* I dunno
Hawkeye
Well-Known Member
Yeah looks right Cyber.........not sure if the PaVa=RAT should be more like PaDZ=mICe though as you didn't carry the specific heat latency of air through your equation.
Cheers Hawkeye
Cheers Hawkeye
Pinkie
Well-Known Member
Oh my GOTT... PHYSICS FLASHBACK!! ARGH!!!
<runs away screaming>
<runs away screaming>
africancichlidau
Almost Legendary
Well done CC, so whats ya point?
Still sounds like a fart to me lol
Still sounds like a fart to me
lol
C
cyber_crimes
Guest
AHHH maybe my theory mean vapourisation
africancichlidau
Almost Legendary
Hey CC, nice new word, vapourisation eh? I like it lol
lol
C
cyber_crimes
Guest
SHEEZ!
And all this time all I ment was perhaps the snake was scenting hes enclosure with the HUMIDITY lol :lol: (being the EVAPORATION of water as well as the fecal matter) hehehe.... Now back to the drawing board as im in the process of hybridizing a kangaWallaFox with an Eastern short-necked Giraffe (if I can get the relativity of the gene reconstructure right in physics theory,I will put it to practise).
PS I still prefer my theory of vapouration aka vapourisation as opposed to humidity lol.... :lol: :lol:
And all this time all I ment was perhaps the snake was scenting hes enclosure with the HUMIDITY lol :lol: (being the EVAPORATION of water as well as the fecal matter) hehehe.... Now back to the drawing board as im in the process of hybridizing a kangaWallaFox with an Eastern short-necked Giraffe (if I can get the relativity of the gene reconstructure right in physics theory,I will put it to practise).
PS I still prefer my theory of vapouration aka vapourisation as opposed to humidity lol.... :lol: :lol:
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