Power is formally defined as the amount of work done over a period of time. Work is a fundamental concept in physics, and is quantified in units of joules. And the derived quantity of power is canonically expressed in units of joules per second; a watt is by definition 1 joules per second (it is simply defined as such by humans).

Electrical current described the rate of change of charge over a period of time. Charge is a fundamental quantity in physics and is expressed in coulombs. And the derived quantity of electrical current is expressed in coulombs per second; an amp is by definition 1 coulomb per second (it is simply defined as such by humans).

If you understand and/or accept the fundamental nature of what a joule represents and what a coulomb represents, it is self evident that the derived quantities of power and electrical current are fundamentally different. They are relatable things, but a third concept links them.

That concept is voltage (electromotive force), which is another derived quantity, and which is expressed in terms of joules per coulomb; and again by human definition 1 joule per coulomb is called a volt.

Power is formally defined as the amount of work done over a period of time. Work is a fundamental concept in physics, and is quantified in units of joules. And the derived quantity of power is canonically expressed in units of joules per second; a watt is by definition 1 joules per second (it is simply defined as such by humans).

Electrical current describes the rate of change of charge over a period of time. Charge is a fundamental quantity in physics and is expressed in coulombs. And the derived quantity of electrical current is expressed in coulombs per second; an amp is by definition 1 coulomb per second (it is simply defined as such by humans).

If you understand and/or accept the fundamental nature of what a joule represents and what a coulomb represents, it is self evident that the derived quantities of power and electrical current are fundamentally different. They are relatable things, but a third concept links them.

That concept is voltage (electromotive force), which is another derived quantity, and which is expressed in terms of joules per coulomb; and again by human definition 1 joule per coulomb is called a volt.

Power is formally defined as the amount of Work done over a period of time. Work is a fundamental concept in physics, and is quantified in units of Joules. And the derived quantity of Power is canonically expressed in units of Joules per second; a Watt is by definition 1 Joules per second (it is simply defined as such by humans).

Electrical Current described the rate of change of Charge over a period of time. Charge is a fundamental quantity in physics and is expressed in Coulombs. And the derived quantity of electrical current is expressed in Coulombs per second; an Amp is by definition 1 Coulomb per second (it is simply defined as such by humans).

If you understand and/or accept the fundamental nature of what a Joule represents and what a Coulomb represents, it is self evident that the derived quantities of Power and Current are fundamentally different. They are relatable things, but a third concept links them.

That concept is Voltage, which is another derived quantity, and which is expressed in terms of Joules per Coulomb; and again by human definition 1 Joule per Coulomb is called a Volt. e

Power is formally defined as the amount of work done over a period of time. Work is a fundamental concept in physics, and is quantified in units of joules. And the derived quantity of power is canonically expressed in units of joules per second; a watt is by definition 1 joules per second (it is simply defined as such by humans).

Electrical current described the rate of change of charge over a period of time. Charge is a fundamental quantity in physics and is expressed in coulombs. And the derived quantity of electrical current is expressed in coulombs per second; an amp is by definition 1 coulomb per second (it is simply defined as such by humans).

If you understand and/or accept the fundamental nature of what a joule represents and what a coulomb represents, it is self evident that the derived quantities of power and electrical current are fundamentally different. They are relatable things, but a third concept links them.

That concept is voltage (electromotive force), which is another derived quantity, and which is expressed in terms of joules per coulomb; and again by human definition 1 joule per coulomb is called a volt.