2D Physical Reaction Chamber (A + B → AB)
Vessel Vol: 1.0 L
Reactants (A: 20 | B: 20)
Products (AB): 0
Active Transition State: 0
Maxwell-Boltzmann Velocity Distribution
Particle Speeds
Activation Energy Threshold
Potential Energy Reaction Coordinate
Uncatalyzed Barrier
Catalyzed Pathway
Collision Theory Mechanics: For a reaction to occur, molecules A and B must collide with kinetic energy exceeding the activation barrier (Ea) AND satisfy the steric orientational alignment vector (≤ 80% threshold). Introducing a heterogeneous catalyst surface docks molecules, lowers effective Ea, and aligns reactive dipole faces.
System Kinetic Parameters
System Temperature (T)
350 K
Activation Energy (Ea)
50.0 kJ/mol
Required Alignment Vector
80%
Heterogeneous Catalyst Surface
Reduces Ea by 25 kJ/mol & docks molecules
Arrhenius Kinetic Telemetry
Rate Constant (k)
0.00e+0
Conversion Yield
0.0%
Total Collisions
0
Reaction Success Rate
0.0%
Arrhenius Equation:
Computed Frequency Factor A = 1.0 × 105 s-1 | R = 8.314 J/(mol•K)
k = A • exp(-Ea / RT)Computed Frequency Factor A = 1.0 × 105 s-1 | R = 8.314 J/(mol•K)
Reaction Telemetry Status
Active Kinetic Session
Yield: 0.0% | k = 0.00e+0