Which bond would oscillate at higher frequency, I-I, or I-Cl? Justify your answer.
ANSWER IS I-I
BECASUE COVALENT BON BETWEEN DISSIMILAR ATOMS (I-Cl) in interhalogen compounds is weaker than between similar atoms(I-I).BECAUSE THE BOND DISSOCIATION ENETHALPY OF I-Cl BOND IS LESSTHAN THAT OF I-I.
Which bond would oscillate at higher frequency, I-I, or I-Cl? Justify your answer.
Consider two bonds at par coupon named A and B. The maturity of bond A is greater than that of bond B. Bond A has a higher nominal rate than B. Which bond has the highest sensitivity? Justify your answer in 400 characters max.
Consider two bonds at par coupon named A and B. The maturity of bond A is greater than that of bond B. Bond A has a higher nominal rate than B. Which bond has the highest sensitivity? Justify your answer in 400 characters max.
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
You want to predict the frequency with which a ball-on-spring system will oscillate. You measure the spring constant to be 58.3 N/m and use a ball of mass 0.979 kg. What is the frequency (in Hz)? Enter answer here 12.1216 12.1216 HzX Answe Your
Question 1 You want to predict the frequency with which a ball-on-spring system will oscillate. You measure the spring constant to be 193 N/m and use a ball of mass 1.26 kg. What is the frequency (in Hz)? Enter answer here 19.4 Hz Your Answer
Question 1 You want to predict the frequency with which a ball-on-spring system will oscillate. You measure the spring constant to be 193 N/m and use a ball of mass 1.26 kg. What is the frequency (in Hz)? Enter answer here 19.4 Hz Your Answer
A tattoo needle can oscillate with a frequency up to 50 Hz. How many times would a tattoo needle at this speed inject ink into your skin if it operates for 2 minutes?
Problem 17. A) In steady state, does a damped, driven oscillator oscillate at the frequency of the driving force, the natural frequency of the oscillator or neither of these frequencies? B) Ella Fitzgerald could break a wine glass with her voice but Louis Armstrong could not. Is this likely because Ella could sing louder than Louis? Justify your answer. C) What happens to the width of the average-power-delivered vs driving frequency curve if the damping is increased? D) What happens...
Using hard-soft acid/base concepts, determine the strongest metal-ligand bond in the 5. following pairs. Justify your answer. a. Ti-PPh3 vs. Fe-PPh3 b. Sc-Cl vs. Fe-Cl c. Li-OMe vs. K-OMe d. Cu-I vs Cu-Cl e. Nb-Me vs Pt-Me
Will frequency analysis be useful to break row transposition cipher? Justify your answer.