8.
a. The half of the distance between the two nuclei of bonded atoms is called atomic radius. so the atomic radius of Cl-atom = 200 / 2
= 100 pm
The atomic radius Cl-atom = 100 pm
By subtraction the atomic radius of Cl-atom from the P-Cl bond length, which gives atomic radius of P-atom,
The atomic radius P-atom = 209 - 100
= 109 pm
The atomic radius of P-atom = 109 pm
The double of the atomic radius of P-atom is equal the P-P bond length,
P-P bond length = 2 * 109 pm
= 218 pm
The estimated bond length for the P-P bond = 218 pm
a. Give an estimated length for the P-P bond if the CI-cl bond is 200pm and...
For each set, arrange the bonds according to strength Strongest bond Strongest bond Cl-CI Si- Br-Br Si-F I-1 Si-CI Weakest bond Weakest bond Answer Bank Answer Bank
PF3Cl2 is a nonpolar molecule. Based on this information, determine the F−P−F bond angle, the Cl−P−Cl bond angle, and the F−P−Cl bond angle. Enter the number of degrees of the F−P−F, Cl−P−Cl, and F−P−Cl bond angles, separated by commas (e.g., 30,45,90)
Give the organic product of mol ratio: alkyne : HCl = 1 : 1 CI Cl CI CI IV CI Select one:
show work 9) Given the bond enthalpies Cl-Cl (243), C-CI (339), H-CI (431),C-H (414)all in kJ/mol, estimate AE for the following reaction: CH4(g)+ Cl2(g)-CH3Cl(g)+ HCl(g) A)-1427 k) B) -113 kJ C) -30 kJ D)-356 kJ E) 301 kJ
Arrange the following in order of increasing bond length: P-O P-CI S-O ther session 3 4 5 6 7 8 a 10 11 12 13 Arrange the following in order of increasing bond strength (bond energy): nene. P-O P-CI S-O session Rank the following N-N bonds in increasing bond energy N-N N=N • NEN mer 3 4 5 6 7 8 9 10 11 12 13 Rank the following C-C bonds in increasing bond length. ergy): C-C C=C . CEC...
B. Give the major intermediates of the following reactions and explain your choices. CH3 H-CI Cl Cl
Consider these bond energies in kilojoule per mole: Ph–H (473); H–Cl (431); Ph–Cl (407); Cl–Cl (243). Is the reaction at right thermodynamically favorable? Quantitatively justify your answer. (6) Consider these bond energies in kilojoule per mole: Ph-H (473); H-CI (431); Ph-CI (407); Cl-CI (243). Is the reaction at right thermodynamically favorable? Quantitatively justify your answer. +HCl
6) Determine the bond energy of the H-Cl bond given the following: (0.5 pts) The bond energy of the H-H bond is 434 kJ/mol and the bond energy of the CI-CI bond is 232 kJ/mol.
Give the major product of the following reaction Cl NaOCH3 NO, heat O,N CI OMe There is no reaction under these conditions or the correct product is not listed here. O,N OH MeO NO
23. Which bond below is strongest? The number in parentheses is the bond length a. H-CI (127 pm) b.H-I161 pm) c H-Br (141 pm) dH--F (92 pm) e. H-SO134 pm)