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4 "0";"required to change";
4 "0";"Amount of heat";
3 fff*-t)+"J":
2 ;"of water per";
2 ;"delivers 20kg";
2 ;"The volume of the";
2 ;"20kg/min";
2 /2","600","19"
2 /2","600","-4","1203","0","
2 /2","1208","-2","-
2 /2","1192","2","-
2 +d;"x(";v;"/100
2 )="is unchanged":
2 (ans+i*j)+"
2 "27";"s.v.";
2 "26";" ml= ";
2 "24";"water";
2 "0";g;"g of water at 0
2 "0";g;"g of ice at 0
2 "0";"the rate at which";
2 "0";"temperature is";
2 "0";" SATURATION VAPOUR ";
2 ","608","-16","1206","-6","
2 ","600","-6"
2 ","592","-16","1194","-6","-
2 ","1194","0","
1 p$(i)="through fluids, by the
1 p$(i)="through a substance without
1 p$(i)="as electro-magnetic waves
1 j;". ";p$(i,
1 fff*t+3016
1 fff*-t;"J"
1 fff*-t;"J ":
1 fff*-t;"+";g*336
1 fff*-t+3352
1 fff*-t+3016
1 c333)+" J/g":
1 R)+" min":
1 C is to be shrunk";
1 C is one";
1 C and the";
1 C TO ";g;"g OF ";
1 C = the ";
1 =0.000012/
1 =";g;"x4.2x100=";g*4.2
1 =";g;"x2.1x";-t;"=";g*2.1
1 ;d;"/2 + .5/10 cm.";
1 ;;g2;"g of water is";
1 ;"without change of";
1 ;"will slip over the";
1 ;"whilst still steadily";
1 ;"where c = specific";
1 ;"when heated =
1 ;"wheel with a radial";
1 ;"water turning to";
1 ;"water remains";
1 ;"water in J/kg
1 ;"water from hot tap":
1 ;"water from cold tap";
1 ;"water at the";
1 ;"water and ignore";
1 ;"volume";
1 ;"vapourisation of";
1 ;"vapour."
1 ;"vapour state, the";
1 ;"v=";(d+10
1 ;"useful";
1 ;"use Boyle's law:-";
1 ;"unit mass from liquid";
1 ;"under the surface";
1 ;"to vapour state";
1 ;"the surface:-";
1 ;"the lake with";
1 ;"the equation";
1 ;"the cooker?":
1 ;"the cold tap";
1 ;"the cold tap has";
1 ;"the bottom of";
1 ;"the bath";
1 ;"the bath has";
1 ;"temperature."
1 ;"temperature";
1 ;"temperature of";
1 ;"temperature of the";
1 ;"temperature in";
1 ;"temp. is (
1 ;"t minutes into bath)";
1 ;"surface of a liquid which";
1 ;"substance is the";
1 ;"steam=";g1;" g/min"
1 ;"steam + heat loss";
1 ;"second";
1 ;"rise in temperature)":
1 ;"required to change";
1 ;"remains at 80
1 ;"rate of 700W, then";
1 ;"radial gap of 0.5mm)":
1 ;"quantity of heat";
1 ;"pressure=";
1 ;"pressure on the";
1 ;"pV just under";
1 ;"original bath water";
1 ;"onto a wheel of";
1 ;"of water into";
1 ;"of the liquid to form a";
1 ;"of the lake,";
1 ;"of the iron tyre ";
1 ;"of readings give";
1 ;"of bubble just";
1 ;"neighbours and jump out";
1 ;"must the tyre be";
1 ;"mixing of the";
1 ;"minutes ..":
1 ;"minute at ";th;"
1 ;"minute at ";tc;"
1 ;"lost per minute":
1 ;"liquid state to the";
1 ;"liquid at 100
1 ;"linear expansion of";
1 ;"linear expansion
1 ;"latent heat of";
1 ;"l is in J/g";
1 ;"is supplied at the";
1 ;"is constant,";
1 ;"is at the bottom of";
1 ;"is 10m of water"
1 ;"is ..?":
1 ;"heated? (Remember";
1 ;"heated so that it";
1 ;"heat received by";
1 ;"heat of vapourisation";
1 ;"heat losses":
1 ;"heat gained by";
1 ;"heat from hot to cold places .. ";
1 ;"heat capacity of";
1 ;"happen to be moving";
1 ;"gap of 0.5mm";
1 ;"from cooker"
1 ;"formulae"
1 ;"for several";
1 ;"final temperature";
1 ;"faster than average";
1 ;"expansion of a substance = ";
1 ;"equivalent to";
1 ;"dropped to 45
1 ;"diameter 50cm at";
1 ;"diameter ";d;"cm.":
1 ;"delivering water for";
1 ;"delivered 20t kg";
1 ;"contains";
1 ;"containing water.";
1 ;"constant at 100
1 ;"changes from the";
1 ;"can escape from the";
1 ;"c is in Joules":
1 ;"bubble when just";
1 ;"below the surface";
1 ;"be before the";
1 ;"attraction of their";
1 ;"at ";tb;"
1 ;"answer is no.";
1 ;"air bubble is";
1 ;"air bubble is ";v;"cm
1 ;"absorbing heat."
1 ;"a rate of 500W to";
1 ;"a pressure cooker";
1 ;"a lake ";d;"m deep.":
1 ;"Your answer:";q$;
1 ;"When boiling water";
1 ;"What is the";
1 ;"We know:-";
1 ;"Watts x 60 (secs)";
1 ;"WATER FROM HOT TAP:-";
1 ;"Volume of bubble";
1 ;"Typical";
1 ;"To what temperature";
1 ;"Then the rise in ";
1 ;"The specific latent";
1 ;"The iron tyre is";
1 ;"The hot tap";
1 ;"The cold tap";
1 ;"Sorry correct";
1 ;"So at the bottom";
1 ;"Since temperature";
1 ;"SUBTRACT to give:-";
1 ;"STOP TAPE and press any key":
1 ;"Rise in temperature";
1 ;"Remember:-";
1 ;"Remember you can ask for help several times in each question.";
1 ;"Rate of escape of";
1 ;"Radius of iron tyre";
1 ;"Putting values into:";
1 ;"Press any key"
1 ;"Original length of";
1 ;"ORIGINAL BATH WATER:";
1 ;"Napthalene is";
1 ;"Multiply both sides";
1 ;"Let v cm
1 ;"LIKE AN EXPLANATION?"
1 ;"It solidifies at";
1 ;"Iron tyre";
1 ;"In one minute:-";
1 ;"If you wish to return to the","main menu, press r at the","end of any question.";
1 ;"If instead, heat";
1 ;"IN THE BATH:-";
1 ;"How long will it";
1 ;"Heat suppied=";
1 ;"Heat loss";
1 ;"Heat loss (after";
1 ;"Heat is supplied at";
1 ;"Heat gain=mc
1 ;"Heat gain=heat loss";
1 ;"For water from";
1 ;"For the iron tyre:-";
1 ;"Equating pV at";
1 ;"Divide by c,giving";
1 ;"Coefficient of";
1 ;"Coefficient of
1 ;"Choose 1 to 3"
1 ;"Change of";
1 ;"Calculations"
1 ;"Atmos.";
1 ;"At the bottom";
1 ;"Assume complete";
1 ;"An iron tyre of";
1 ;"Amospheric pressure";
1 ;"After t minutes,";
1 ;"After t minutes";
1 ;"A small air bubble";
1 ;"A bath already";
1 ;"=ml+cooker loss(c)";
1 ;"=atmos. pressure";
1 ;"=(";v;"/100
1 ;"=";v;"cm
1 ;"= heat lost by";
1 ;"= 20t x c x (";th;"-45)":
1 ;"= 20t x c x ";45
1 ;"= 100 x c x (";tb;"-45)":
1 ;"= (45-";tc;")= ";45
1 ;"= ";d+.1
1 ;"700x60=(";g2;"xl)+c";
1 ;"700x60=(";g2;"xl)+c":
1 ;"6. Heat energy required for
1 ;"500x60=(";g1;"xl)+c";
1 ;"500x60=(";g1;"xl)+c"
1 ;"5. Heat energy supplied by a
1 ;"4. Heat energy given out by a
1 ;"3. pV = constant (T in Kelvin)";
1 ;"20txcx(45-";tc;")=";
1 ;"20txcx(";th;"-45)+";
1 ;"200x60=(";g2;"-";g1;")xl";
1 ;"2. Boyle's Law: pV = constant
1 ;"10m of";
1 ;"100xcx(";tb;"-45)";
1 ;"100kg of water";
1 ;"1. Coefficient of linear";
1 ;"1 Watt=1 Joule/sec";
1 ;".000012=(";d+.1
1 ;".000012/
1 ;"+";g*2260
1 ;"+ radial gap)":
1 ;"+ heat lost by";
1 ;"+ depth of lake":
1 ;"* Well done! *":
1 ;"(t in secs)";
1 ;"(radius of wheel";
1 ;"(original lengthxrise in temp.)":
1 ;"(original length x ";
1 ;"(orig.bath water)"
1 ;"(massxsp.ht.cap.xtemp.change)"
1 ;"(l=latent heat of vapourisation or fusion)":
1 ;"(from hot)";
1 ;"(from cold)";
1 ;"(expansion)/
1 ;"(expansion)";
1 ;"(called l) of a";
1 ;"(absolute)";
1 ;"(10+";d;")m of water";
1 ;"'O' level";
1 ;" tyre when heated ";
1 ;" the surface:- ";
1 ;" pV=constant ":
1 ;" pV=10x(v/100
1 ;" pV=";10
1 ;" orig.lth.xtemp.rise";
1 ;" is the transfer of ";(" "
1 ;" iron tyre = 2
1 ;" ether cools it below 0
1 ;" cm. ";
1 ;" Then just under";
1 ;" The evaporation of the ";
1 ;" TYPICAL 'O' LEVEL CALCULATIONS ":
1 ;" TO FIND THE AMOUNT";
1 ;" SOME USEFUL FORMULAE ";
1 ;" NEED HELP? y or n "
1 ;" HEAT ":
1 ;" Giving the answer ";
1 ;" DEFINITION ";
1 ;" Circumference of ";
1 ;" Choose 1, 2 or 3 "
1 ;" (circumference) ";
1 ;" TO CHANGE ";g;"g OF ";
1 ;" STEAM AT 100
1 ;" OF HEAT REQUIRED ";
1 ;" ICE AT ";t;"
1 ;" =10x(v/100
1 ;" NAPTHALENE ";
1 ;" = ";d/2
1 3333*(A=64
1 /3","632","0","244","56","1194","0","
1 /3","632","0","244","55","1194","0","
1 /3","632","0","1206","-6","-
1 /3","616","-16","9999":
1 /3","184","44","648","0"
1 /3","184","43","646","0","309","9999":
1 /3","1192","-2","-
1 /2.5","9999":
1 /2.5","303","9999":
1 /2.5","238-b","76","1197","12","
1 /2.5","1205","-24","-
1 /2.5","1197","-12","
1 /2","9999":
1 /2","660","0","1200","4","
1 /2","636","0","1204","4","
1 /2","608","0","1204","4","
1 /2","604","0","600","6","1204","0","-
1 /2","600","48","1170","0","
1 /2","600","44","1224","0","-
1 /2","600","-88","168","140","600","-88","608","0","180","52","620","0","204","52","616","0","600","88"
1 /2","600","-88"
1 /2","600","-44","1196","-4","
1 /2","600","-3","603","0","1204","4","-
1 /2","600","-3","597","0","1196","4","
1 /2","600","-24","301","230-b","76","1205","24","-
1 /2","596","0","600","6","1196","0","
1 /2","592","0","1196","4","-
1 /2","584","40","602","4","199","110","600","-10","610","0","600","10","590","0","188","78","633","0","232","124","576","-36","600","4","600","-4","604","0","9999":
1 /2","576","48","600","4","602","2"
1 /2","1208","2","-
1 /2","1208","0","-
1 /2","1200","8","-
1 /2","1200","-8","-
1 /2","1192","0","-
1 /2","1192","-2","-
1 /(g2-g1)+.05
1 -tc-th)+.005
1 -tc);"t=";20
1 -";t;")= ";
1 )="specific heat capacity":
1 )="latent heat of vapourisation":
1 )="latent heat of fusion":
1 )="is still boiling":
1 )="increases":
1 )="has ceased to
1 )="h is unchanged":
1 )="h increases":
1 )="h decreases":
1 )="freezes":
1 )="decreases":
1 )="boils":
1 )="begins to freeze":
1 );"t+";100
1 );" mins":
1 )/g+g))+"J/g":
1 )/g+A))+"J/g":
1 )/(.000012
1 "8";"fusion
1 "7";" THE COOLING OF ";
1 "607","7","183","125","607","7","183","130","607","7","192","137","600","-33","620","0","600","16","620","0"
1 "601","0","600","-4","605","0","600","9","595","0","600","-5"
1 "600","-46","1204","-4","
1 "303","207","72","594","6","600","-2","600","2","602","0","178","150","600","-24","598","2","602","-2","602","2","212","115","588","0","602","2","598","-2","602","-2","309"
1 "303","172","56","1206","0","-
1 "302","240","154","584","0","602","2","598","-2","602","-2","309","9999":
1 "302","239","90","600","-16","1196","-4","-
1 "301","178","90","600","-16","1204","-4","
1 "300","176","164","602","-2","600","-56","666","0","600","56","602","2","178","132","666","0","309","9999":
1 "300","176","116","602","-2","600","-56","668","0","600","56","602","2","301","178","80","1212","0","-
1 "3";"liquid":
1 "28";"Cold";
1 "28";"12V";
1 "28";"100"
1 "27";A;"A";
1 "27";"water":
1 "27";"of";
1 "27";"l=";
1 "27";"flask";
1 "27";"Time"
1 "27";"J/g";
1 "27";"2260";
1 "27";" ":
1 "27";" ":
1 "26";g;"g"
1 "26";g*336
1 "26";g*2260
1 "26";g*2.1
1 "26";"water";
1 "26";"l=336";
1 "26";"c=4.2";
1 "26";"c=2.1";
1 "26";"Vacuum";
1 "26";"Steam"
1 "26";"Pool";
1 "26";"J/g";
1 "26";"Air"
1 "26";"10min";
1 "26";" ";
1 "26";" ";
1 "255","168","600","-16","176","28","602","-2","600","-20","620","0","600","20","602","2","178","14","620","0","186","20","600","136","189","20","600","136"
1 "25";"ice":
1 "25";"Vapour"
1 "25";"Ether"
1 "240","102","550","0","186","102","597","0","600","16"
1 "24";"Temp.
1 "24";" ";
1 "230-b","52","600","24","1210","0","
1 "23";"vapour"
1 "23";"melting";
1 "23";"boiling";
1 "23";"WATER";
1 "23";"Liquid";
1 "23";"760 mmHg";
1 "229","79","600","3","597","0","606","0","240","160","600","-64","598","2","602","-2","602","2","309","9999":
1 "228","104","598","-2","602","-2","226","122","602","-2","598","-2","301","220","43","592","0","602","2","598","-2","602","-2","212","87","608","0","598","2","602","-2","598","-2","9999":
1 "22";"ICE";
1 "22";" ";
1 "218","96","600","6","598","-2","602","2","602","-2","218","88","600","-5","598","2","602","-2","602","2","200","81","604","0","208","81","604","0","216","81","604","0","9999":
1 "218","85","630","0","601","-1","600","-5","599","-1","570","0","220","82","628","0"
1 "218","104","603","0","303","232","124","600","-8","598","2","602","-2","602","2","309","203","96","600","7","598","-2","602","2","602","-2","203","88","600","-6","598","2","602","-2","602","2","9999":
1 "216","31","600","112","603","2","603","-2","600","-112","219","31","600","88","9999":
1 "210","18","600","20","598","-2","602","2","602","-2","195","110","600","8","640","0","600","30","598","-2","602","2","602","-2","309","9999":
1 "21";"WATER";
1 "21";"Vacuum";
1 "21";"Mercury";
1 "204","112","628","-56","207","114","628","-56","220","80","604","0","238","60","1206","0","
1 "200","32","600","88","1204","0","-
1 "199","118","600","-10","614","0","600","10","586","0","203","130","600","-12","203","108","600","-36"
1 "198","37","592","0","600","-4","608","0","600","8","608","0","206","45","592","0","600","40","608","0","206","89","592","0","600","8","592","0","600","-4","608","0"
1 "196","117","602","-2","600","-4","576","-48","1204","-4","
1 "196","108","602","-4","584","-40","1204","-4","
1 "192","80","604","0","192","81","604","0","192","82","604","0"
1 "192","32","638","76","1204","-1","-
1 "192","32","600","88","1204","0","-
1 "190","100","607","0","600","7","593","0","600","-7","168","64","648","0","302","191","110","600","16","598","-2","602","2","602","-2","9999":
1 "19";"80";
1 "189","106","605","0","600","9","595","0","600","-9","176","140","610","0","190","140","609","0"
1 "188","79","600","3","597","0","606","0","177","120","600","-24","598","2","602","-2","602","2","309","9999":
1 "184","81","644","0","207","134","600","-15","207","108","600","-8","210","134","600","-15","210","108","600","-8","9999":
1 "184","104","604","0","200","104","604","0","208","104","604","0","216","104","604","0"
1 "180","40","620","0","204","40","620","0","200","80","604","0","200","81","604","0","200","82","604","0"
1 "180","40","616","0","201","40","623","0","217","80","603","0","217","81","603","0","217","82","603","0"
1 "180","40","612","0","196","40","628","0","9999":
1 "18";"100";
1 "179","110","600","4","1196","4","
1 "177","93","608","0","600","4","592","0","600","-64","608","0","600","4","592","0"
1 "177","43","1270","68","
1 "175","120","602","2","602","-2","598","2","600","-80","676","0","598","2","602","-2","598","-2"
1 "172","55","1206","0","-
1 "170","120","612","-32","1206","-6","
1 "168","97","597","-16","654","0","597","16","598","2","556","0","598","-2"
1 "168","167","1208","2","-
1 "168","130","644","0","216","130","603","0","187","95","600","64","240","144","576","0","600","-80","240","147","573","0","600","-83"
1 "168","128","602","2","602","-2","598","2","600","-88","672","0","598","2","602","-2","598","-2"
1 "167","80","600","-31","602","-2","646","0","602","2","600","31"
1 "15";"solid ";
1 "1204","-4","-
1 "1196","-4","
1 "1";"WATER";
1 "0";g;"g of water at 100
1 "0";g;"g of ice at ";t;"
1 "0";"what is the specific";
1 "0";"well stirred.":
1 "0";"water at 0
1 "0";"vapour re-condenses.":
1 "0";"vapour due to";
1 "0";"vapour becomes";
1 "0";"vacuum flask is";
1 "0";"to the vapour state.":
1 "0";"to ";g;"g of water at";
1 "0";"to ";g;"g of steam at";
1 "0";"to ";g;"g of ice";
1 "0";"through the";
1 "0";"through the liquid."
1 "0";"the water ..";
1 "0";"the vapour.":
1 "0";"the rate of";
1 "0";"the liquid have a lower";
1 "0";"the ether ..?";
1 "0";"the energy needed to";
1 "0";"the bottom.":
1 "0";"the boiling point. ":
1 "0";"taken in when";
1 "0";"svp does not depend ";
1 "0";"supply of heat";
1 "0";"steam(l) = 2260 J/g";
1 "0";"state, the rate of";
1 "0";"some time, to reach";
1 "0";"second tube.";
1 "0";"saturation vapour";
1 "0";"saturated.":
1 "0";"running water.":
1 "0";"rises, the svp of";
1 "0";"remains at 80
1 "0";"pressure (svp)":
1 "0";"others return to it.":
1 "0";"on volume.Any excess";
1 "0";"of water= 4.2 J/g
1 "0";"of the water has";
1 "0";"of the water bath";
1 "0";"of the liquid."
1 "0";"of ice(l) = 336 J/g";
1 "0";"of ice = 2.1 J/g
1 "0";"of ether at room";
1 "0";"napthalene";
1 "0";"molecules left behind in";
1 "0";"molecules leave the";
1 "0";"minutes because";
1 "0";"mercury in the";
1 "0";"melts to form";
1 "0";"mass x ..?"
1 "0";"liquid is equal to";
1 "0";"liquid in the sealed";
1 "0";"latent heat of steam";
1 "0";"latent heat is";
1 "0";"latent heat into";
1 "0";"l=2260 J/g":
1 "0";"its surrounding.":
1 "0";"is sealed. The flask";
1 "0";"is one which is in";
1 "0";"is now tilted.";
1 "0";"is increased by";
1 "0";"is held under cold";
1 "0";"is called the";
1 "0";"is above the";
1 "0";"injected into a";
1 "0";"increasing the surface";
1 "0";"in the flask reduces";
1 "0";"in the beaker at";
1 "0";"in beaker = ";g;"g"
1 "0";"in a small pool of water.";
1 "0";"in a flask with";
1 "0";"ice at 0
1 "0";"heater coil, for";
1 "0";"heat loss =";
1 "0";"h mms.of mercury.";
1 "0";"given by";
1 "0";"from the liquid state";
1 "0";"for several";
1 "0";"fall in temperature of";
1 "0";"eventually the";
1 "0";"evaporation, and";
1 "0";"ether at room";
1 "0";"equilibrium with";
1 "0";"energy is equal to";
1 "0";"dropped to 70
1 "0";"down the tube,";
1 "0";"current of air over or";
1 "0";"convert the water";
1 "0";"contains ether and stands";
1 "0";"container fills with";
1 "0";"condenser C, and is";
1 "0";"collected as water";
1 "0";"capacity (c)";
1 "0";"boiled using a";
1 "0";"barometer tubes";
1 "0";"barometer tube using";
1 "0";"average kinetic energy";
1 "0";"atmosphere.":
1 "0";"at 100
1 "0";"area, and by passing a";
1 "0";"are in a water bath.";
1 "0";"and this results in a";
1 "0";"and the open tube";
1 "0";"an open tube.":
1 "0";"absorption of";
1 "0";"a steady state.":
1 "0";"a state of dynamic";
1 "0";"a curved pipette."
1 "0";"When the temperature";
1 "0";"Water vapour passes";
1 "0";"Water is boiled";
1 "0";"Time = 10 mins.";
1 "0";"This absorbed heat is";
1 "0";"The water bath is";
1 "0";"The water ..";
1 "0";"The svp of water";
1 "0";"The svp of the";
1 "0";"The space above the";
1 "0";"The slower moving";
1 "0";"The rate of evaporation";
1 "0";"The pressure exerted";
1 "0";"The molecules near the";
1 "0";"The lowered pressure";
1 "0";"The heat is removed";
1 "0";"The cooling";
1 "0";"The barometer tube";
1 "0";"TO FIND THE SPECIFIC";
1 "0";"Specific latent heat";
1 "0";"Specific heat";
1 "0";"Sp. latent heat of";
1 "0";"Sp. heat capacity(c)";
1 "0";"Similarly";
1 "0";"Pd across heater=12V";
1 "0";"Now the two";
1 "0";"Mass of water";
1 "0";"LATENT HEAT OF STEAM";
1 "0";"From the experiment,";
1 "0";"First change";
1 "0";"Eg:for water";
1 "0";"Distilled water in a";
1 "0";"Current = ";A;"A";
1 "0";"CHANGE OF STATE FROM";
1 "0";"At this steady";
1 "0";"At this stage,";
1 "0";"As the temperature";
1 "0";"An aluminium beaker";
1 "0";"A small quantity";
1 "0";"A saturated vapour";
1 "0";"A little ether";
1 "0";" ml=";g;"x2260=";g*2260
1 "0";" ml = ";g;"x336 = ";g*336
1 "0";" WITH TEMPERATURE ":
1 "0";" VARIATION OF svp ";
1 "0";" TOTAL=";g*2.1
1 "0";" TOTAL HEAT REQUIRED";
1 "0";" TO CHANGE ";g;"g OF ICE";
1 "0";" STEAM AT 100
1 "0";" SATURATED VAPOURS ":
1 "0";" RESULTS OF ";
1 "0";" EXPERIMENT ";
1 "0";" DEFINITION:- ";
1 "0";" COOLING BY EVAPORATION ":
1 "0";" AT ";t;"
1 "0";" AND BOILING POINT ":
1 "0";" (a continuous flow ";
1 "0";" (12x";A;"x600)/";g;" ":
1 "0";" PRESSURE (svp) ";
1 "0";" LIQUID TO VAPOUR "
1 "0";" ml=VIt so l= ";
1 "0";" PRESSURE (svp) ":
1 "0";" experiment)
1 ","600","4","1204","2","-
1 ","562","-76"
1 ","239","72","1206","0","
1 ","205","136","600","-16","598","2","602","-2","602","2","9999":
1 ","1216","-4","-
1 ","1212","4","-
1 ","1212","-4","-
1 ","1208","4","-
1 ","1208","0","-
1 place across a vacuum"
1 movement of the fluid itself"
1 heating coil = VIt Joules";
1 expansion ";
1 change of state = ml Joules";
1 body = mc
1 any movement of the substance as a whole"
1 Rose Software March 1984
1 .000012x50
1 (infra-red). It can take
1 (Temperature constant)";