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Which body part do manufacturing workers most commonly injure?

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Fingers

Shoulders

Lower Back

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https://asset.trvstatic.com/download/assets/travelers-injury-impact-report.pdf/b6befc8063d211eeb3e29e98f6b6ed6a

Shoulders are the most commonly injured body part among manufacturing workers. But ergonomic solutions to limit or assist in the manual lifting of heavy objects, pushing and pulling of carts, material handling and more may help reduce overuse and overexertion that can lead to shoulder injuries.

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Which body part do manufacturing workers most commonly injure?

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https://asset.trvstatic.com/download/assets/travelers-injury-impact-report.pdf/b6befc8063d211eeb3e29e98f6b6ed6a

Shoulders are the most commonly injured body part among manufacturing workers. But ergonomic solutions to limit or assist in the manual lifting of heavy objects, pushing and pulling of carts, material handling and more may help reduce overuse and overexertion that can lead to shoulder injuries.

Incorrect!

Which body part do manufacturing workers most commonly injure?

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Which body part do manufacturing workers most commonly injure?

2/3

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Increased productivity

Improved efficiency

Missing critical risk factors

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Analyzing data without specialized ergonomics knowledge can result in missing key hazards, potentially leading to significant workplace injuries, increased operational downtime and costly workers compensation claims. 

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What is one potential downside of analyzing ergonomics data yourself?

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Analyzing data without specialized ergonomics knowledge can result in missing key hazards, potentially leading to significant workplace injuries, increased operational downtime and costly workers compensation claims. 

Incorrect!

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What is one potential downside of analyzing ergonomics data yourself?

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What is one potential downside of analyzing ergonomics data yourself?

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Task variety 

Task complexity

Task duration

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https://ehs.oregonstate.edu/sites/ehs.oregonstate.edu/files/pdf/ergo/ergonomicsanddesignreferenceguidewhitepaper.pdf

The duration of time spent completing manual material- handling tasks is directly proportional to the risk of related ergonomic injuries. Limiting the frequency, length and intensity of manual material lifting and transportation activities may reduce the risk of worker injuries.

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When evaluating manual material-handling tasks, which of the following ergonomic risk factors should be minimized?

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https://ehs.oregonstate.edu/sites/ehs.oregonstate.edu/files/pdf/ergo/ergonomicsanddesignreferenceguidewhitepaper.pdf

The duration of time spent completing manual material- handling tasks is directly proportional to the risk of related ergonomic injuries. Limiting the frequency, length and intensity of manual material lifting and transportation activities may reduce the risk of worker injuries.

Incorrect!

When evaluating manual material-handling tasks, which of the following ergonomic risk factors should be minimized?

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When evaluating manual material-handling tasks, which of the following ergonomic risk factors should be minimized?

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