This will depend not only upon the strength of the current (in Amperes), but also on the wire's cross-section. In any case, in a typical current, the electrons have an average speed of a tiny fraction of a milliter per second.
There are 1000 x 100 = 100000 centimetres in one kilometre. Therefore, 65 kilometres is equal to 65 x 100000 = 6500000 centimetres. There are 3600 seconds in one hour. Therefore, 6500000 centimetres per hour is equal to 6500000/3600 = 1805.5 recurring (that is, 1805.5555...) centimetres per second. There are 100 centimetres in one metre. Therefore, 1805.5555... centimetres per second is equal to 1805.5555... / 100 = 18.05555... metres per second.
centimetres measure space and seconds measure time, therefore your question does not make sense. centimetres per second is a measure of velocity (speed)
2 metres in 100 seconds = 200 centimetres in 100 seconds = 2 cm per second.
It could be metres per second (radio waves), or centimetres per second (microwaves), down to nanometres per second (gamma rays).
There are 100 centimetres in one metre. Therefore, 1 centimetre per second is equal to 1/100 = 0.01 metres per second.
There are 1000 x 100 = 100000 centimetres in one kilometre. Therefore, 65 kilometres is equal to 65 x 100000 = 6500000 centimetres. There are 3600 seconds in one hour. Therefore, 6500000 centimetres per hour is equal to 6500000/3600 = 1805.5 recurring (that is, 1805.5555...) centimetres per second. There are 100 centimetres in one metre. Therefore, 1805.5555... centimetres per second is equal to 1805.5555... / 100 = 18.05555... metres per second.
centimetres measure space and seconds measure time, therefore your question does not make sense. centimetres per second is a measure of velocity (speed)
2 metres in 100 seconds = 200 centimetres in 100 seconds = 2 cm per second.
lightning rod
Yes is the second powerful bird.(Eagle is the first)
10 kilometres is equal to 1,000,000 centimetres. There are 3,600 seconds in one hour. Therefore, dividing the number of centimetres by the number of seconds gives us 1000000/3600 = 277.7 recurring centimetres per second.
You are, presumably, referring to alternating current, in which case the 'maximum' current is the peak or amplitude of the waveform. The 'average' value of current is zero, because the average value of the first half of each cycle is negated by the average value over the second half of each cycle. This is why a.c. currents and voltages are always expressed in 'root-mean-square' (r.m.s.) values which is the value of an a.c. current that does the same amount of work as a given value of d.c. current. The r.m.s. value for a sinusoidal current (and voltage, as voltage and current are proportional) is 0.707 times the peak or maximum value.
It could be metres per second (radio waves), or centimetres per second (microwaves), down to nanometres per second (gamma rays).
russia
If you have English as a second language salary its not a bad idea since this language is quite common and a powerful nation in the world. This language is good to know in order to make some money.
Base unit delta current
It is better to use one more powerful processor for responsiveness. Consider this: you have two processors that process some transaction at a rate 1 transaction per second. They would process two transaction in one second each resulting in 1 second average response time and throughput of 2 transactions/sec. Now if you have another single processor that is twice as fast as the other two and it has to process the same two transactions then results will be a little different. It would finish the first transaction in 0.5 second and the the second in another 0.5 second resulting in the same throughput - 2 transaction/sec but 0.75 average response time.