Electricity flow
The flow of electrons moving in an electrical conductor with a certain velocity called the electric current (I). The emergence of electric current because there is a potential difference at two ends of a conductor. While the potential difference in the two conductor due to one end of the conductor to get a force that drives the electrons to move.
Electric current will only occur in a closed circuit. Unit to measure the electric current is called the Ampere or abbreviated with the letter A. One coulomb charge of an electron moving through a conductor of a circuit in one second is called an Ampere. The relationship between electrical current (I), the amount of electron charge (Q), and the unit time (t) is written with the formula
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj_m9s0vwsrJ8B63JJGrG53TAGC_0OOY4f6vIS481e908NUerXNXypagcQyA5mFFHdgcZv95D1HPeVcOpxFA0kZq0hF4BD7f4MENOATpNxm8rAaFY1SfCEwzPLQl86XQO0fWuQKpnEkPWrb/s400/ampere+1.jpg)
Where:
- I is the electric current (in Ampere)
- Q is the electron charge (in units of coulombs)
- T is time (in seconds)
Sample questions:
What is the size of an electric current that flows when the number of electrons of 60 coulombs in a closed circuit for half a minute?
Completion:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjc2xuYWRLwogTki6dMncXgVF-9yY5yh4mf8Ael4NPsrSTOK-hRfK18UK4ItQfP11d-rI5qUJUJvRvw3sipS-PgQ3CWxidfnaI7KxB6TRb2e8eZKt_aJCRrS_-m5Mbk50V9vT8O3h4qHEbR/s400/ampere+2.jpg)
electric currents flowing at 2 Amperes.
Electric current will only occur in a closed circuit. Unit to measure the electric current is called the Ampere or abbreviated with the letter A. One coulomb charge of an electron moving through a conductor of a circuit in one second is called an Ampere. The relationship between electrical current (I), the amount of electron charge (Q), and the unit time (t) is written with the formula
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEj_m9s0vwsrJ8B63JJGrG53TAGC_0OOY4f6vIS481e908NUerXNXypagcQyA5mFFHdgcZv95D1HPeVcOpxFA0kZq0hF4BD7f4MENOATpNxm8rAaFY1SfCEwzPLQl86XQO0fWuQKpnEkPWrb/s400/ampere+1.jpg)
Where:
- I is the electric current (in Ampere)
- Q is the electron charge (in units of coulombs)
- T is time (in seconds)
Sample questions:
What is the size of an electric current that flows when the number of electrons of 60 coulombs in a closed circuit for half a minute?
Completion:
![](https://blogger.googleusercontent.com/img/b/R29vZ2xl/AVvXsEjc2xuYWRLwogTki6dMncXgVF-9yY5yh4mf8Ael4NPsrSTOK-hRfK18UK4ItQfP11d-rI5qUJUJvRvw3sipS-PgQ3CWxidfnaI7KxB6TRb2e8eZKt_aJCRrS_-m5Mbk50V9vT8O3h4qHEbR/s400/ampere+2.jpg)
electric currents flowing at 2 Amperes.
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