![If current of one ampere flows through a conductor, the number of electrons flowing across the cross section of the conductor in 2 seconds is (Take the charge on an electron equal If current of one ampere flows through a conductor, the number of electrons flowing across the cross section of the conductor in 2 seconds is (Take the charge on an electron equal](https://dwes9vv9u0550.cloudfront.net/images/5028857/a29e97a8-6375-4676-9858-67b7078fe257.jpg)
If current of one ampere flows through a conductor, the number of electrons flowing across the cross section of the conductor in 2 seconds is (Take the charge on an electron equal
![Show that one ampere is equivalent to flow of `6.25xx10^(-18)` elementary electrons per second - YouTube Show that one ampere is equivalent to flow of `6.25xx10^(-18)` elementary electrons per second - YouTube](https://i.ytimg.com/vi/gVy1JvjBay8/maxresdefault.jpg)
Show that one ampere is equivalent to flow of `6.25xx10^(-18)` elementary electrons per second - YouTube
Why does the Wikipedia entry for a coulomb state it as 1 Ampere x 1 second. But in the entry for a volt, it has an equation where one coulomb equals 1
![Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . and 1 ampere, the right-handbinding posts are used, and if between 1 and 100 amperes,the left-hand posts are used, Lessons in practical electricity; principles, experiments, and arithmetical problems, an elementary text-book . and 1 ampere, the right-handbinding posts are used, and if between 1 and 100 amperes,the left-hand posts are used,](https://c8.alamy.com/comp/2AN5GPY/lessons-in-practical-electricity-principles-experiments-and-arithmetical-problems-an-elementary-text-book-and-1-ampere-the-right-handbinding-posts-are-used-and-if-between-1-and-100-amperesthe-left-hand-posts-are-used-this-arrangement-produces-adouble-scale-instrument-whereby-a-small-current-can-be-meas-ured-with-much-greater-accuracy274-dynamometer-wattmeterthe-energy-in-watts-electro-d-ynamics-287-expended-in-a-circuit-is-equal-to-the-product-of-the-volts-eand-the-current-c-or-w-=-e-x-c-formula-62-thesefactors-may-be-determined-bya-volt-and-an-ammeter-andmultiplied-toget-2AN5GPY.jpg)