Work it in order. Recall first, from memory, before you flip back. Then the scenarios, then your Riverside worst-case validation note.
Name each factor, say in one line what it does to the calculated result, and mark the moment it's most dangerous.
| Factor | What it does to the perfect-world number | Most dangerous moment |
|---|---|---|
| Slippage | ||
| Inertia | ||
| Load shift |
Two validation calls. Read each, mark your answer, and write the one-line reason.
A decline conveyor passed its static tumble check with margin to spare. In its operating cycle, when is a carton most likely to tip anyway, and which way does it go?
Name the one thing about the carton's contents that would make it worse.
An engineer hands you a gap calc that lands right at the minimum required gap at the design belt speed and says the numbers check out. Name the real-world condition you'd expect to eat that margin first.
Say what would tell you the engineer was still working in solutioning tolerance when this needed final-engineering precision.