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It holds one end of an item to be folded so an employee can fold the item more easily.

a. Holding an item during folding is unnecessary
b. Items should not be held during folding
c. Holding an item facilitates easier folding
d. Folding items without holding is more effective

User Gines
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1 Answer

4 votes

Final answer:

Holding an item during the folding process facilitates easier and more accurate folds, as demonstrated in the practice of scoring stiff paper before folding. For safety in electrical work, the 'one-handed' rule minimizes the risk of a fatal electric shock.

Step-by-step explanation:

The question 'It holds one end of an item to be folded so an employee can fold the item more easily' is related to an assistant tool or technique used during the folding process of various items, possibly in a retail or manufacturing setting. The correct answer to this question is c. Holding an item facilitates easier folding, as it refers to the practice of securing one end of an item to improve the ease and accuracy of the folding process.

For example, when dealing with stiff paper, making straight folds can be easier if the paper is first scored. Scoring involves drawing a line with a black ballpoint pen, guided by a ruler and pressed down hard, to create an indentation that makes the folding process more precise.

In addition to paper folding, the principle of holding an item to facilitate easier folding can also apply to other materials such as textiles in clothing stores or linen in hospitality industries. This method ensures a more professional appearance and can improve the speed of folding by providing a stable base from which to work.

As for the safety advice regarding working with high-power electric circuits, the suggestion to work 'one-handed' or 'keep one hand in your pocket' is aimed at minimizing the risk of electric current passing through the chest cavity, which could lead to a fatal electric shock. Working with one hand reduces the chances of creating a circuit across the heart by touching two points of differing electrical potential simultaneously.

User Stefan Stefanov
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