Name: You-tube video task ohms law
Uploaded: 2024-10-10
Duration: 1 min 33 s
Description: You tube video task, on the topic ohms law, by Garrett smithers.

[Audio] You tube video task, on the topic ohms law, by Garrett smithers. 

Scene 1

[Audio] Discovered by Georg Simon Ohm in 1827, Ohm's Law is a groundbreaking principle in electrical science. By experimenting with chemical batteries and wires of different sizes, Ohm found that voltage and current are directly proportional to each other, as long as the resistance is constant. This discovery laid the foundation for how we understand electrical circuits today.. 

Scene 2

Discovered by Georg Simon Ohm in 1827, Ohm’s Law was a groundbreaking principle in electrical science By experimenting with chemical batteries  and wires of different sizes Ohm found that voltage and current were proportional to each other, when the resistance is constant.    This discovery laid the foundation for how we understand electrical circuits today.

Georg Simon Ohm 1789–1854 - Hodder Education Magazines

[Audio] Ohm's Law defines a fundamental relationship between three key components:
Voltage (V) – the electrical "pressure" or potential difference that pushes electric charges through a circuit. Current (I) – the flow of electric charge, similar to the flow of water through a pipe. Resistance (R) – the opposition to the flow of current, much like a narrow pipe restricting water flow.. 

Scene 3

Ohm’s Law defines a fundamental relationship between three key components: Voltage (V) – the electrical "pressure" or potential difference that pushes electric charges through a circuit. Current (I) – the flow of electric charge, similar to the flow of water through a pipe. Resistance (R) – the opposition to the flow of current, much like a narrow pipe restricting water flow.

[Audio] The law is often expressed in the formula: V=I times R This simple equation shows that voltage equals current times resistance. But what's great about it is that you can rearrange the formula depending on what you need to find. Shown by the image to the right. This makes Ohm's Law incredibly practical because if you have two out of the three variables, you can always calculate the third. It's often visualized using the Ohm's Law triangle, which helps to quickly remember the formula and its variations. Just cover the variable you're solving for, and the remaining two give you the equation.. 

Scene 4

The law is often expressed in the formula: V=IR. This simple equation shows that voltage equals current times resistance. But what's great about it is that you can rearrange the formula depending on what you need to find. Shown by the image to the right.  This makes Ohm’s Law incredibly practical because if you have two out of the three variables, you can always calculate the third.

Ohm's Law Calculator and Electrical Formulas - Inch Calculator

[Audio] Throughout our study's so far, we have often been given a drawing of circuits like this where we are given only 2 out of the 3 variables. Say we needed to find I if V= 8 and R= 30, you would use the V divided by R variation of the formular.. 

Scene 5

Summary. In summary, Ohm’s Law links voltage, current, and resistance in a straightforward yet powerful way. Thank you for watching—don't forget to hit like and subscribe for more content like this!. 

Scene 6

In summary, Ohm’s Law links voltage, current, and resistance in a straightforward yet powerful way. Thank you for watching—don't forget to hit like and subscribe for more content like this!

[Audio] Thank you for watching—don't forget to hit like and subscribe for more content like this!. 

Scene 7

Thank you for watching—don't forget to hit like and subscribe for more content like this!

Dragon Dance Sticker - Dragon Dance - Discover & Share GIFs

You-tube video task
ohms law 

You tube video task, on the topic ohms law, by Garrett smithers

avatar

Discovered by Georg Simon Ohm in 1827, Ohm's Law is a groundbreaking principle in electrical science. By experimenting with chemical batteries and wires of different sizes, Ohm found that voltage and current are directly proportional to each other, as long as the resistance is constant. This discovery laid the foundation for how we understand electrical circuits today.

Ohm's Law defines a fundamental relationship between three key components:
Voltage (V) – the electrical "pressure" or potential difference that pushes electric charges through a circuit. Current (I) – the flow of electric charge, similar to the flow of water through a pipe. Resistance (R) – the opposition to the flow of current, much like a narrow pipe restricting water flow.

The law is often expressed in the formula: V=I times R This simple equation shows that voltage equals current times resistance. But what's great about it is that you can rearrange the formula depending on what you need to find. Shown by the image to the right. This makes Ohm's Law incredibly practical because if you have two out of the three variables, you can always calculate the third. It's often visualized using the Ohm's Law triangle, which helps to quickly remember the formula and its variations. Just cover the variable you're solving for, and the remaining two give you the equation.

Throughout our study's so far, we have often been given a drawing of circuits like this where we are given only 2 out of the 3 variables. Say we needed to find I if V= 8 and R= 30, you would use the V divided by R variation of the formular.