Which statement about gloves is true?

Which statement about gloves is true?

• A. Unlined chemical resistant gloves will protect you
• B. Cotton, leather, and canvas gloves will protect you
• C. Cotton, leather, and canvas gloves will not protect you from exposure
• D. Rubber gloves will not protect you

Answer: (C)

Skin protection from pesticides depends on the glove material’s ability to resist the chemical. Cotton, leather, and canvas are not chemical-resistant materials; they mainly guard against physical abrasion and contact, not against pesticide exposure. Because they don’t prevent the chemical from contacting the skin, the statement that these gloves will not protect you from exposure is true. In contrast, gloves that are designed to resist chemicals—like nitrile, neoprene, or butyl—are the ones that provide actual protection against exposure when matched to the specific pesticide. The idea that unlined chemical-resistant gloves will protect you is not guaranteed in every situation, since protection depends on choosing the right material for the chemical and using proper thickness and technique. Rubber gloves can offer protection when they are the appropriate chemical-resistant type.

Skin protection from pesticides depends on the glove material’s ability to resist the chemical. Cotton, leather, and canvas are not chemical-resistant materials; they mainly guard against physical abrasion and contact, not against pesticide exposure. Because they don’t prevent the chemical from contacting the skin, the statement that these gloves will not protect you from exposure is true.

In contrast, gloves that are designed to resist chemicals—like nitrile, neoprene, or butyl—are the ones that provide actual protection against exposure when matched to the specific pesticide. The idea that unlined chemical-resistant gloves will protect you is not guaranteed in every situation, since protection depends on choosing the right material for the chemical and using proper thickness and technique. Rubber gloves can offer protection when they are the appropriate chemical-resistant type.