135. Solving a chemistry problem
Reviews 0
Secure deal
Instant delivery
Product description
AT 12. A sequential first-order reaction proceeds according to the scheme
A→k_1 P→k_2 B.
The initial concentration of the starting substance is [A]0. Calculate:
1) curve maximum coefficients [Р]=f(t) (maximum concentration of intermediate product and time to reach it); 2) the time t1 to reach the concentration of the initial substance [A]1 3) the concentration of P and B at time t 1; 4) the time during which the concentration of the intermediate product becomes equal to [P]1 5) the coordinates of the inflection point of the curve [B] = f(t); 6) the point of intersection of the curves [А] = f(t) and [Р] = f(t); 7) based on the data obtained, build a graph [P]=f(t).
OPTION 12
[A]0, mol/l [A]1, mol/l [Р]1, mol/l k1, min-1 k2, min-1
12 1.5 0.015 0.012 0.1 0.05
A→k_1 P→k_2 B.
The initial concentration of the starting substance is [A]0. Calculate:
1) curve maximum coefficients [Р]=f(t) (maximum concentration of intermediate product and time to reach it); 2) the time t1 to reach the concentration of the initial substance [A]1 3) the concentration of P and B at time t 1; 4) the time during which the concentration of the intermediate product becomes equal to [P]1 5) the coordinates of the inflection point of the curve [B] = f(t); 6) the point of intersection of the curves [А] = f(t) and [Р] = f(t); 7) based on the data obtained, build a graph [P]=f(t).
OPTION 12
[A]0, mol/l [A]1, mol/l [Р]1, mol/l k1, min-1 k2, min-1
12 1.5 0.015 0.012 0.1 0.05
Main features
- Content type File
- Content description 131,5 kB
- Added to the site 24.05.2022
Additional description
If the file does not open for you, install the Rar archiver program. Inside the archive, the solution is in WORD format.
Reviews
No reviews yet
Secure deal
Instant delivery