ANS:
By pigeon hole approach method term symbol determination .
Pls find below image for explanation.
1. Use Pigeon hole principle to prove that any graph with at
least 2 vertices contains two vertices of the same degree. (Hint:
Prove by contradiction. (4 points)
2. Given (6 Points)
a. Prove the above equation using binomial theorem. (3
Points)
b. Give a combinatorial proof for the given equating. (3
Points)
4n = (0)2" + (1)2" +...+)2"-
(a) Set up a table of microstates to show that the ground term for the d1 ion is the singlet 2D. What are the components of this term in a tetrahedral field? (b) Repeat the process for a d2 ion and show that the ground and excited terms are 3F and 3P. What are the components of these terms in tetrahedral and octahedral fields?
find all term symbols for germanium and determine the ground state term symbol (show all work)
Using a specific method, your calculated density of aluminum is d1 = 2.76 g/cm3. Using a different method, your calculated density d2 = 2.85 g/cm3. Calculate the percentage difference between the two methods (TWO DECIMAL PLACES).
8. Draw the Lewis dot symbol for the s-2 ion. Answer: 9. The Lewis symbol for the selenium atom showsvalence she11 electrons. The number of covalent bonds which selenium normally forms in order to complete its valence shell and obey the octet rule is Answer 10. The total number of bonds in the thiocyanate ion, sCN Answer: 11. The total number of non-bonding electrons in the NF3 molecule is Answer: 12. The ground state electron configuration, using abbreviated electron configuration,...
questions that follow: (a) What is the free-ion term for a d4 electronic arrangement? (b) What is the ground state term symbol for a d4 low-spin octahedral complex? (c) What is the ground state term symbol for a d4 high-spin octahedral complex? (d) List the spin-allowed transition(s) for a low-spin d4 octahedral complex? (e) List the spin-allowed transition(s) for a high-spin d octahedral complex? (f) What are the values for L and S for the 'G term symbol? (g) How...
answer M=1.3*10^-8 kg
Using the uncertainty in position find the smallest possible
mass of black hole before uncertainty in position exceeds the
Schwarzschild radius RS
2GM c2 The Compton wavelength of a black hole of mass M is LpMp where Le = 1.6 × 10-37m is the Planck Length, and MP-22x 10-8 k Planck Mass. Assume a black hole of mass M is described, in one dimension, by a wavefunction g is the
The pH of a fruit juice is 2.6. Find the hydronium ion concentration. [H,0"] of the juice. Use the formula pH = -log[H0] The hydronium ion concentration is (Use scientific notation. Use the multiplication symbol in the math palette as needed. Round to the nearest tenth as needed.)
ion is performed on a steel part using a 12.7-mm-diameter twist drill mmirev. Determine (a) cutting time of the operation and (b) max metal removal 2. (10 pts) A drilling operat with point angle 118. The hole is a blind hole with a depth 60 mm. Cutting speed 15 m/min and feed- 0.2 rate.
Find Solution using North-West Corner method, What is the total transportation cost? choose the closest answer. D1 D2 D3 D4 Supply S1 19 30 50 10 7 S2 70 30 40 60 9 S3 40 8 70 20 18 Demand 5 8 7 14