Airbags inflate in 0.5 seconds up to what speed?

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Multiple Choice

Airbags inflate in 0.5 seconds up to what speed?

Explanation:
Airbags are designed to protect occupants by inflating extremely quickly after a collision, about half a second from impact to full inflation. The speed mentioned refers to the crash severity the system can reliably handle. Modern airbags are designed to deploy in crashes with decelerations equivalent to speeds up to roughly 200 mph, meaning they will deploy in severe crashes as well as milder ones. Among the given options, 200 mph best matches the typical design upper limit for deployment. Speeds like 100 mph or 50 mph describe less severe hits, and 300 mph exceeds the usual automotive airbag design range.

Airbags are designed to protect occupants by inflating extremely quickly after a collision, about half a second from impact to full inflation. The speed mentioned refers to the crash severity the system can reliably handle. Modern airbags are designed to deploy in crashes with decelerations equivalent to speeds up to roughly 200 mph, meaning they will deploy in severe crashes as well as milder ones. Among the given options, 200 mph best matches the typical design upper limit for deployment. Speeds like 100 mph or 50 mph describe less severe hits, and 300 mph exceeds the usual automotive airbag design range.

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