Well, voltage and current levels being identical, alternating current would be safer. It does not spend 100 percent of its time at peak voltage, therefore the average power in case of an electric shock is lower than that of direct current, which is 100 percent. This lesser average may allow some time to detach from the circuit and may not cause such catastrophe to the body.
He'd like everyone to forget all about King Hamlet. That way, nobody will wonder whether he died of a snakebite as was reported or not. The less people think about King Hamlet, the safer Claudius is. But Hamlet keeps on bringing it up.
I gues both give you same pleasure
because they found better and safer jobs.
In the US, 'Semper Paratus', which translates to "Always Ready" In the UK, Her Majesty's Coastguard has "Safer Lives, Safer Ships, Cleaner Seas." as its slogan.
The motto of GMF AeroAsia is 'Integrated & Reliable Aircraft Maintenance for a Safer Sky'.
AC power sources are the adapter power sources. DC power sources are the direct power sources. DC stands for direct current, meaning it is a direct source of energy., and AC stands for alternating current, which means it is a secondary source of power.
Alternating current is more efficinent. It is wireless and more efficient than direct current. And it is safer. Plus Tesla is better than Edison
Thomas Edison used direct current in his electric power transmission in the 1800's.This isn't very relevant, but it is "Quite Interesting"From QI--Elephant in the Room: In 1903, Thomas Edison made a film called Electrocuting an Elephant, in which he used an alternating current to kill an elephant called Topsy. He used the film as a propaganda film to destroy the reputation of alternating current, owned by Westinghouse, believing his direct current was safer. He tried to encourage people to call being electrocuted, "Westinghoused".
Alternating Current is safer than Direct CurrentAnswerBecause (1) you electricity utility supplies a.c., notd.c., and (2) the ease with which a.c. voltages can be changed and rectified for equipment (e.g. audio equipment) that requires d.c.
Thomas Edison favored and promoted DC current. He claimed it was safer than AC. However it was almost impossible to send DC current over a long distance so AC became the standard for the world.
Direct current commonly known as DC is the current which does not change it's direction of flow, but the magnitude can vary with time where as alternating current known as AC changes it's polarity with time it is not uni directional. the frequency of AC varies but DC donot contain such a feature it's frequency is zero.
Thomas Jefferson figured out how to harness electricity and make it useful but his system was "direct" current. Meanwhile a fellow named Westinghouse was developng a safer and more reliable method of delivering electricity. He gave us "alternating" current which is what we use in almost all applications like our homes, traffic lights and so on. Direct current is still used in cars but because it has limited adaptability on a larger scale it is not used very often.
DC voltage refers to "direct current," and it can mostly be found in batteries. It means that it flows constantly through the circuit, as opposed to AC (alternating current) which switches flow quickly. There are benefits and downsides to direct current, the benefits being that it is best suited for low-current applications and is easy to work with, the downside being that it loses energy quickly as it flows and cannot reach very high power (voltage).AnswerIn this context, 'd.c.' is being used as an adjective to describe the nature of the voltage.
is a direct link safer
Yes, it is safer whether you have diabetes or not.
The main advantage offered by using alternating current is that it is easy to achieve the transmission of large amounts of power over very long distances and to do it much more cheaply than by using direct current.The most efficient way to transmit energy by wire is to make it low current and high voltage. AC voltage can be transformed very easily with Transformers (called stepping-up and stepping-down), and transformers only work with AC.Powerplants produce AC by default, so it would take additional effort to convert it to DC.It is much easier and cheaper to convert AC to DC than to convert DC to AC.Another answerAn AC voltage can be easily transformed to a higher or lower voltage, with very little loss of power, by passing it through a device known as a transformer.Alternating current can be converted into direct current very easily so that dc can be made available to any equipment which needs it.
Rubber covered Wire. Fuses. RCD (residual current breaker).