Science chemistry
Cards (40)
- Boyle's law-pressure and volume
- Charles' law-volume and temperature
- Gay-lussac's law-temperature and pressure
- Kinetic -understand the different properties
- Gases- far greater
- Gas molecules-random motion
- Perfectly elastic collision-no loss of energy
- Attractive and repulsive-molecules are so weak that they are considered to be a significant
- The average kinetic energy of gas-molecules is directly related to its temperature
- Avogadro's law-that the volume of gas is directly related to the number of moles when both pressure and temperature are healed constant
- Boyle's law formula-P1 V1= P2 V2
- Ideal gas law-was based on experimental measurement of the properties of gases
- Formula of ideal gas law-PV=nRT
- Formula of boyle's law:P1 V1=P2 V2
- Pressure stands for- atm, torr, Kpa
- Volume stands for-ml, L
- Temperature stands for- K
- Amount (n) stands for- mol
- V1 stands for- initial volume
- V2 stands for- final volume
- n1 stands for- initial mols
- n2 stands for-final mol
- P stands for- atm
- P stands for- L
- R stands for- 0.00821 L.atm-mol.k
- Attractive repulsive force are absent
- Properties of pressure- atm, kpa,toor
- Properties of volume- ml, liter and millimeter
- Properties of temperature is- K
- Amount of n is- mol
- P- pressure in atmosphere (atm)
- V- volume in liters (L)
- N- amount in mole (mol)
- T- temperature in kelvin (k)
- R- universal gas constant equal to 0.0821 L.atm mol.k
- Formula of boyle's law- p1 v1 = p2 v2
- Formula of Charles Law:V1÷T1= V2÷T2
- Formula of gay-lussac's law:P1 ÷ T1 = P2 ÷ T2
- Formula of ideal gas law:V= RnT ÷ P
- Formula of avogadro's law:V1÷n1 = V2 ÷ n2