ch4 lesson 5 calculations ii e_h_v
TRANSCRIPT
Lesson 5Second Set of CalculationsEnergy= Planck’s Constant x
FrequencyE = h v
E = Energyh= Planck’s Constantv = Frequency
Lesson 5Second Set of CalculationsEnergy= Planck’s Constant x
FrequencyE = h v
E = Energyh= Planck’s Constantv = Frequency
You are going to need a sheet of paper to turn in equations and your completed calculations.
Energy= Planck’s Constant x Frequency
E = h vE = Energyh= Planck’s Constant 6.626 x 10-34 Jsv = Frequency
Energy= Planck’s Constant x Frequency
E = h vE = Energyh= Planck’s Constant 6.626 x 10-34 Jsv = Frequency
Ch 4 E = hv (5 pt HW)
The assignment is to work out these example problems. You will be asked to do two example problems by following along with this
presentation.
Ch 4 E = hv (5 pt HW)
The assignment is to work out these example problems. You will be asked to do two example problems by following along with this
presentation.
You must all equation, steps, work, units and significant
digits.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 1) What is the energy of a photon whose frequency is 4.5 x 1013 1/s ?
Click through for the solution.
Click for the scratch work.
Ch 4 E = hv (5 pt HW)
Ex 2) Calculate the frequency of a wave whose energy is 9.77 x 10-15 J.
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 2) Calculate the frequency of a wave whose energy is 9.77 x 10-15 J.
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 2) Calculate the frequency of a wave whose energy is 9.77 x 10-15 J.
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 2) Calculate the frequency of a wave whose energy is 9.77 x 10-15 J.
Click through for the solution.
Ch 4 E = hv (5 pt HW)
Ex 2) Calculate the frequency of a wave whose energy is 9.77 x 10-15 J.
Click through for the solution.
Click for the scratch work.
End.