Depends on whether the metal part of the plug is contacting hot, low, or ground. It also depends on your skin resistance and your personal grounding when you touch it.
Measure the "metal part" with a voltmeter (one lead on the "metal part", the other on a known ground) while wearing non-conductive gloves if in doubt.
But this may not be a 100% guarantee, since there might be an intermittent connection between hot & the "metal part" of the plug.
You need to stop dangerous experiments with live electricity.
Metal is a conductor and the electricity will easily flow through it.
Not by the cord, but by the plug itself that is flush against the outlet. Don't stick anything metal down between the plug and the outlet slots otherwise you will get a very bad shock!
It is a potential shock hazard.
No, but if it is hot you will be burned
Because thunder is drawn to metal and if you touch metal and it gets hit the shock will travel through the object and shock you.
why sometimes get a shock on a cold day touching a metal
If your getting a shock by touching a wall than you have a bare wire touching the wall, call an electrition
Because it will shock u
Metal is a conductor and the electricity will easily flow through it.
Static shock si the kind of shock you get from touching other people.
No - you are more likely to get a shock by touching other metal objects near the track when a train is nearby if the objects are not properly grounded for your protection.
static electricity (kinitic)
Because of the risk of electric shock to people touching it ! It also guards against two wires touching each other - causing a short circuit.
This is called Triboelectricity (tribo means friction).
Not by the cord, but by the plug itself that is flush against the outlet. Don't stick anything metal down between the plug and the outlet slots otherwise you will get a very bad shock!
Because of the build up and sudden release (Through touch) of static electricity.
Grounding is a direct path (that is, a wire, usually green) from the electrical outlet or switch back to the service panel, which sends stray current back to the service panel and then to the power plant along with the normal alternating current. This gives stray current a means to return to earth (which is what all electricity wants to do). If this path were not available, stray current would remain static until a pathway showed up (like, your finger, which would result in a shock). So, grounding protects you from dangerous shocks. Bonding is connecting any metal or electrically conductive material to a grounding wire. An electrical outlet is attached to a metal box. A grounding wire is connected to the outlet. Its purpose is to return stray current from any device plugged into the outlet--like a toaster--back to the service panel. Connecting the metal box that contains the outlet to the outlet's grounding wire also grounds the box, so touching the box doesn't give you a shock. The connection is made with a wire screwed to the box, then connected to the green wire grounding the switch or outlet.