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because the water might touch electrical appliance or electrical cords.Ect.....

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Why it is important to keep your shoes in the laboratory to protect your feet?

Keeping your shoes on in the laboratory is important to protect your feet from potential hazards such as spilled chemicals, broken glass, or sharp objects on the floor. Closed-toe shoes provide a physical barrier to prevent injuries and exposure to harmful substances. It is a safety measure to reduce the risk of accidents and maintain a safe working environment.


Why the laboratory floor should not be polished?

The laboratory floor should not be polished because polished floors can be slippery, posing a safety hazard in a laboratory setting where spills and chemical leaks are common. Additionally, polished floors can reflect light, potentially causing glare that may affect visibility and accuracy when working with delicate equipment or substances. A non-polished, matte floor surface is preferred in laboratories to provide better traction and minimize potential safety risks.


What do you dilute acid with if spilled on the floor?

You should dilute acid spills on the floor with a large amount of water to help neutralize the acid and reduce its corrosive effect. Make sure to wear appropriate protective gear such as gloves and goggles before attempting to clean up the spill.


How can you clean up spilled polyurethane?

How you can best clean up spilled polyurethane will depend on where it is spilled. If it is spilled on a laminate floor, rags dampened in mineral spirits will work well. If the spill is on concrete, paint thinner will clean it up.


How oil makes a floor more slippery?

When oil is spilled on a floor, it creates a thin layer that reduces friction between the floor and shoes, making it more slippery. This slippery surface makes it easier for people to lose their footing and potentially fall. Additionally, oil is not easily absorbed by the floor surface, further contributing to the slipperiness.