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Howard is working with a cleaning solution that contains sodium hydroxide. Although he is using gloves, when he pours the solution to dilute it for cleaning use, he spills a bit on his arm . His arm feels slimy to the touch and now has a burn mark. What is the chemical route of entry? Select the best option. Inhalation Ingestion

Question

Howard is working with a cleaning solution that contains sodium hydroxide.
Although he is using gloves, when he pours the solution to dilute it for cleaning
use, he spills a bit on his arm . His arm feels slimy to the touch and now has a
burn mark. What is the chemical route of entry?
Select the best option.
Inhalation
Ingestion

Howard is working with a cleaning solution that contains sodium hydroxide. Although he is using gloves, when he pours the solution to dilute it for cleaning use, he spills a bit on his arm . His arm feels slimy to the touch and now has a burn mark. What is the chemical route of entry? Select the best option. Inhalation Ingestion

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EvieMaster · Tutor for 5 years

Answer

Skin Absorption

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## Step 1<br />The term "chemical route of entry" refers to how a chemical, substance or toxin can get into your body. These routes typically include inhalation (breathing it in), ingestion (swallowing), skin absorption (through contact with the skin), and injection (entering through a wound or puncture to the skin).<br /><br />## Step 2<br />In the given situation, Howard spills a cleaning solution, which contains sodium hydroxide, on his arm. Sodium hydroxide is a strong alkali, and when it comes in contact with skin, it denatures the proteins causing sliminess and further rubbing it leads to burns.<br /><br />## Step 3<br />Based on the above observations, it can be concluded that the chemical entered Howard's body by entering through the skin, which is referred to as skin absorption.<br /><br />#
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