MO model of H-F

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• Determine energy and momentum of photon produced in a collision

  sub back in (1), 2 m0 c^2 + KE(-e) + KE(+e) = 2 h*f 2 m0 c^2 + 0.25 * mo*c^2 + 0.25 * mo*c^2 = 2 h*f 2 h f = 2 m0 c^2 + 2*0.25 * mo*c^2 h f = m0 c^2 + 0.25 * mo*c^2 = 1.25 mo*c^2, this is the energy of a single photon. ===> h f = 1.25* 9.31

• Differential equation word problems

  h.)

• Work, Energy & Power

  From (2) and (3) we get: (mo+m1)gh = mogH Or moh + m1h = moH Or m1 = mo(H - h)/h ..........(4) Special case 1: h = H, m1 = 0 .

• Magnification in a compound microscope.

  A real inverted and enlarged Image is formed by the objective whose lateral magnification is given by mo = Where h is the height of the object and h' is the height of the image.

• Molybdenum Enzyme Model Compounds

  The role of model compounds of molybdenum enzymes involved in oxygen-transfer reactions is explained in detail.

• Solve: Project Management Problems

  2) Given the following network project: Activity Estimated Time (days) Immediate Predecessor A 2 - B 3 - C 4 - D 2 A,B E 1 C.D F 3 A G 5 F H 2 C I 4 E,G,H J 7 I K 3 J a. Develop a network diagram. b.

• Frontier Orbitals

  In the bonding MO there is density between the atoms (a bond!), but in the antibonding there is a node. For example, if the two 1s orbitals above were H atoms, we have just constructed the H2 MOs on the right.

• Polarity, bond dissociation energy of molecules

  O2 will have a bond order of 2. I will explain this based on MO theory if you are familiar with MO theory, so let me know. Triple bonds consist of 1 sigma and 2 pi bonds. Hence it should be N_2. 3.

• Mathematics

  The decay of a radioactive substance is modelled by M=Mo(sorry meant to be subscript zero) (10) ^-kt, where Mo is the initial of the substance, M is the mass remaining after t years, and k is a constant.