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Starting at TVP

Failing at TVP

Succeeding at TVP

Operating at TVP

Evolving at TVP

Exiting TVP

Executing at TVP

Critical Constraint

The Rate Limiting Step

In the car assembly line, the maximum rate of production is = the lowest common rate of all components production. ONLY the lowest common rate of production.

Hence, the input car part that is the slowest (most lagging) is the one in control of the production rate. Only a change here, will impact the output.

In chemistry, there exists a similar concept: Rate Determining Step.

Solve only 1 problem, the critical problem; at a time.

See progress in terms of speed. Find the critical constraint that is reducing the rate of progress.

Only solve that, until it isn't the critical constraint anymore. Then move to the new critical constraint.

Any neuron spent on anything else is motion, not progress.

Critical path is the shortest path

A string of critical problems solved, leading to the outcome is the critical path. This is the holy grail of productivity.