QQuestionAnatomy and Physiology
QuestionAnatomy and Physiology
# Data Table 2: Sodium Hypochlorite SDS information
| Items | SDS information |
| --- | --- |
| Physical State | close light green liquid |
| Route of Exposure & Symptoms | cache shortness of
breaths |
| Protective Equipment | safe sheets for eye
protection |
| First Aid Procedures | exposed individual to
teeth air |
| Fire-fighting Measures | unsuitable extinguishing
(agent) |
| Chemical Reactivity | non-reactive under
normal condition |
| Safe Storage | 2 store away from
oxidian agent |
| Safe Disposal | reach sewage system or
paper water |
| Environmental/ Ecotoxicity | water stays very toxic to
aquatic animals |
| Spill Cleanup Procedures | |
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Answer
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Step 1: Identify the physical state and chemical reactivity of sodium hypochlorite from the SDS information.
The SDS information states that sodium hypochlorite is a "close light green liquid" and "non-reactive under normal conditions."
Step 2: Identify the protective equipment and first aid procedures for sodium hypochlorite exposure.
The SDS information suggests using "safe sheets for eye protection" as protective equipment and recommends "exposed individual to fresh air" as the first aid procedure for sodium hypochlorite exposure.
Final Answer
Based on the SDS information provided, sodium hypochlorite is a non-reactive, light green liquid that requires eye protection during handling. In case of exposure, fresh air should be provided to the affected individual. Unsuitable extinguishing agents should be used for fire-fighting measures. Sodium hypochlorite should be stored away from oxidizing agents and disposed of by reaching sewage systems or landfills. It is also highly toxic to aquatic animals and requires prompt spill cleanup procedures.
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