a) Calculate the rela-
tive energies as a func-
tion of Δo and P for
high-spin and low-spin
complexes of Fe (II)
and Co(II) .
(b) Calculate the CFSE in
kJmol-1 for an [Ti(H2o)6]3+
octahedral complex for
which d – dtransition is
the single broad absor-
ption peak with a max-
imum at 20300 cm-1.
Draw thesplitting energy
diagram also. (Given that 1
kJmol-1 = 83.7 cm-1) .
I'm happy to help with calculations! Could you please provide me with the specific problem or equation you would like me to solve step by step?
0
Google Gemini AI
more than 3 weeks ago
Step 1: Define the variables
Let's define the variables we will be using:
- P = Principal amount (the amount of money borrowed) - r = Annual interest rate (as a decimal) - n = Number of years - I = Interest amount - A = Total amount (principal + interest)
Step 2: Calculate the interest amount
The interest amount is calculated by multiplying the principal amount by the annual interest rate and the number of years:
``` I = P - r - n ```
Step 3: Calculate the total amount
The total amount is calculated by adding the principal amount and the interest amount:
``` A = P + I ```
Step 4: Substitute the values into the formulas
Let's say we have the following values:
- P = $10,000 - r = 5% (or 0.05) - n = 10 years
Substituting these values into the formulas, we get:
``` I = 10000 - 0.05 - 10 = $5000 A = 10000 + 5000 = $15000 ```
Therefore, the interest amount is $5000 and the total amount to be paid back is $15000.