1. Shock
   Fire
2. Explosions
   All of the above

Electricity can be harmful in any number of ways. Direct exposure is a shock risk while the heat generated by electricity can be a fire hazard or, if other dangerous materials are nearby, an explosion risk as well.

1. Pull them free of the power source.
   Turn off the power source.
2. Call 911.
   Alert a foreman.

Turning off the power source is the first thing you need to do, if possible, when someone is being electrocuted. You never want to make physical contact with that person with your bare hands, as you'll end up being electrocuted also.

1. Mop first.
   Elevate all electrical outlets and wiring.
2. Install and use ground fault circuit interrupters.
   Use heaters to dry the area.

In any damp space, you'll want to make use of ground fault circuit interrupters. Because the risk of shock is so high in damp conditions, a GFCI will interrupt the circuit before electric shock can occur.

1. Expose the battery or motor.
   Test to ensure it's de-powered.
2. Inspect the power lines leading into it.
   Remove any batteries.

The power to any device or appliance needs to be off before electrical work can be done. if you aren't 100% sure it's off, it should be tested before any work is done. A tester can check wires, the outer box and any exposed wires for a current.

1. Lockout/Tagout
   Lock and Label
2. Go and Show
   Stop/Gap

Lockout/Tagout, or lock and tag, is a standard procedure of locking down any machine and tagging it at the same time so that anyone else who might approach knows it's shut down and knows why, so they don't turn it back on again.

1. Pulse Protection Equipment
   Physical Protection Equipment
2. Physical Pulse Event
   Personal Protective Equipment

PPE, or personal protective equipment, is any equipment and gear that protects against health and safety risks in the workplace. Any tradespeople, not just electricians, will have a specific set of PPE that works for their job.

1. Fiberglass
   Wood
2. Aluminum
   All of the above

An aluminum ladder could conduct electricity while a wooden ladder will deteriorate over time and in wet environments. A fiberglass ladder is durable and also will not conduct electricity, making it a solid choice for an electrician.

1. Frayed wire
   Cracked insulation
2. Broken plug
   All of the above

If the wires to any device have started to fray or the insulation over the metal wiring is showing signs of cracking and damage that could expose the fire inside, these devices should be replaced or repaired before use. Likewise, a broke plug must be replaced before attempting use.

1. Watches
   Earrings
2. Necklaces
   None of the above

Your safest bet for doing any electrical work is to not have anything on that could potentially conduct electricity. Even if an earring would not come in contact with a piece of equipment, electricity can arc and will be attracted to that metal.

1. Cotton and polymers
   Leather and rubber
2. Cotton and rubber
   Leather and cotton

A good pair of safety gloves should have an insulating leather interior that does not conduct electricity and have a leather outer layer which offers additional protection as well as some dexterity and warmth.

1. It's for higher voltage equipment.
   It covers exposed live parts, not workers.
2. It's for wet weather work only.
   it's for industrial electrical work.

IPE stands for Insulating Protective Equipment. While PPE covers the things you wear to stay safe, IPE are those things that cover the equipment and wires, like insulating rubber line hoses or rubber blankets.

1. It's live.
   It's malfunctioning.
2. It has a short.
   It's wired incorrectly.

Every single device should be treated initially as though it were live and energized. With this precaution in mind, you'll greatly reduce the chance of accidental shock by being prepared to deal with a live device.

1. Plastic
   Non-conductive
2. Wood
   Grounded

Non-conductive and insulated handles are essential for any tools being used in and around electricity. Anything that lowers the risk of conducting electricity and causing a shock to a human is key.

1. Allows for greater accuracy
   Easier to work in confined spaces
2. Reduces shock risk
   It's not a good idea.

Working one-handed greatly reduces your risk of a potentially harmful shock. Since electricity follows the easiest path to the ground, it will travel down from one hand. If you get shocked using two hands, it can cross your body and damage organs like your heart more easily.

1. Remove it.
   Ground it.
2. Inspect it.
   Drain it.

Because the purpose of a capacitor is to store a charge, that charge will need to be drained before any work can be done. Otherwise, you run the risk of giving yourself a jolt that can be as powerful as touching an exposed wire.

1. Frozen wires
   Condensation
2. Unreliable circuits
   Slow reaction time

The potential risk of electrical equipment in rooms that can get very cold is condensation. Warm, humid air can condense and then warm up again, which creates that moist condensation and increases the risk of damage and shock. Equipment should be wall mounted if possible.

1. 30 inches
   36 inches
2. 40 inches
   48 inches

An electrical panel needs 30 inches of clear space in front of it to allow for any work to be done in a way that minimizes the risk of danger to whoever is working on them by not overcrowding the space.

1. Core Work
   Cold Work
2. Energized Work
   Caution Work

Energized work is any work done when you're within reaching distance of energized components. This work carries a much higher risk of shocks and electrical arcs but can sometimes be necessary. Precautions must be taken to minimize risk.

1. 1st, 2nd, and 3rd
   Main, Secondary, Tertiary.
2. Green, Yellow and Red.
   Limited, Restricted and Prohibited

Limited, restricted and prohibited boundaries are part of the electrical code that determines, based on the voltage of a system, what the minimum safe distance from an energized item is and what precautions should be taken to cross that boundary.

1. Limited Approach Boundary
   Restricted Approach Boundary
2. Prohibited Approach Boundary
   Safe Zone

The limited approach boundary is the shock protection boundary that unqualified personnel should not cross unless accompanied by a qualified individual. The area beyond the boundary should be treated as though it were live.

1. Once a year
   Every 6 months
2. Every 2 years
   Every month

To ensure your gloves are actually able to protect you from electricity, they need to be tested every six months. Holes or cracks that are undetectable to the naked eye could present a safety risk.

1. To provide an alternate path for electricity to get to the ground
   To close a circuit
2. To break a circuit
   To lower the voltage

Grounding creates a pathway for electricity to follow to literally get to the ground, which is naturally where electricity will travel. Since electricity will follow the simplest path to the ground, using a ground wire gives it a simpler path than going through a human.

1. Class E
   Class C
2. Class K
   Class A

Electrical fires are classified as Class E fires. In the event of an electrical fire, the main power should be cut off if possible and dry or chemical agents should be used to fight the fire rather than water or foam, which could conduct electricity.

1. Wood
   Combustible liquids
2. PVC pipe
   Magnets

It's never a good idea to store combustible liquids near electrical panels. Because of the amount of heat that can be generated by electricity when there is some kind of short or if an electrical fire starts, the fire and explosion risk is too high.

1. The amount of electricity that you can feel in your skin
   The current at which your muscles contract and you can't let go
2. The current that will physically knock you backward
   The maximum current you can safely handle

Somewhere between 6 and 30 milliamperes, depending on the person, you'll reach the "let go" threshold where muscle contractions actually cause you to grip the source of electricity and you are unable to let go, prolonging the exposure and injury.

1. 40 milliamperes
   175 milliamperes
2. 600 milliamperes
   10,000 milliamperes

A current as low as 5 milliamperes will result n a shock and as little as 30 can cause noticeable pain. The human body is pretty resilient and can handle a lot, but 10,000 and above can cause severe damage including death. Most circuits in a home provide over 20,000.

1. Hearing loss
   Eye damage
2. Burns
   All of the above

An arc flash can occur in any electrical device and poses a number of safety risks. When the radiant energy explodes outward it can damage hearing as well as vision, and the superheated gas it produces can cause burns.

1. 5 feet
   7 feet
2. 10 feet
   15 feet

When working on overhead lines, if a person has not been properly trained they need to stay at least 10 feet away. That distance will increase by 4 inches for every 4kV over 50 kV.

1. 4
   3
2. 2
   7

There are 4 categories of PPE requirements for dealing with arc flash. Each category details the proper protective equipment needed based on the arc rating for what's being worked on. Each level increases the safety equipment needed to prevent injury from arc flash.

1. 25
   15 or more
2. 12 or less
   5-10

Any sort of portable lighting you would plug in outside must operate on 12 V or less. it should also be plugged into a ground fault circuit interrupter to prevent a potential shock if the dampness affects it.

1. Monthly
   At the end of any job
2. Every 6 months
   Daily before use

An extension cord needs to be inspected each and every day before use to look for any frayed wires or damaged insulation. Extension cords are never to be used permanently and should be unplugged once the task is done.

1. One
   Two
2. Three
   Four

There are two basic types of electricity. The first is static, which is the buildup of a charge on the surface of an object. The second is current or dynamic electricity, which is the flow of a charge across a conductor, or what you might simply refer to as current.

1. Reflux
   Flash current
2. Overcurrent
   Arc

When a larger than intended current passes through a system, it's called overcurrent and it can present a serious risk. Over time, even a small overcurrent can damage insulation and lead to fires and shock risk.

1. UL Tape
   Electrical Tape
2. Fiber Tape
   None of the above

Extension cords are not to be repaired or patched with tape or anything else if the insulation is damaged or if wires are frayed. A damaged extension cord is no longer safe for use and should be destroyed.

1. Rubber
   Leather
2. Canvas
   Plastic.

Rubber is one of the best choices for insulating yourself as it will not conduct electricity under normal circumstances. When you wear rubber-soled boots, you are insulated against a current running through your body to the ground.