water and beaker = ΔE+PΔV = q =Hprod- Hreact T of surrounding increases Heat is absorbed by the system Heat or Enthalpy of Reaction specific heat of aqueous sol 4.18J/g*K products and reactants
Overall ΔH = stepwise ΔH equal to -qsol ; Cs*msol*ΔT -Ccal*ΔT Ability to do work or transfer heat Used to measure of flow of heat Amount of energy to raise T of 1n by 1K equal to -PΔV work done by system ΔE= Ef - Ei water and beaker = ΔE+PΔV = q =Hprod- Hreact T of surrounding increases Heat is absorbed by the system Heat or Enthalpy of Reaction specific heat of aqueous sol 4.18J/g*K products and reactants Overall ΔH = stepwise ΔH equal to -qsol ; Cs*msol*ΔT -Ccal*ΔT Ability to do work or transfer heat Used to measure of flow of heat Amount of energy to raise T of 1n by 1K equal to -PΔV work done by system ΔE= Ef - Ei
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
water
and beaker
= ΔE+PΔV
= q
=Hprod-Hreact
T of surrounding increases
Heat is absorbed by the system
Heat or Enthalpy of Reaction
specific heat of aqueous sol
4.18J/g*K
products and reactants
Overall ΔH
= stepwise ΔH
equal to
-qsol ;
Cs*msol*ΔT
-Ccal*ΔT
Ability to do work or transfer heat
Used to measure of flow of heat
Amount of energy to raise T of 1n by 1K
equal to
-PΔV
work done by system
ΔE= Ef - Ei