![homework and exercises - If the cross-sectional area of a wire doubles shouldn't the current also double? - Physics Stack Exchange homework and exercises - If the cross-sectional area of a wire doubles shouldn't the current also double? - Physics Stack Exchange](https://i.stack.imgur.com/Eqquh.png)
homework and exercises - If the cross-sectional area of a wire doubles shouldn't the current also double? - Physics Stack Exchange
![The figure shows a cross-section of three long straight current-carrying wires. Notice we are using the common convention that crosses denote vectors going into the page and dots denote vectors coming out The figure shows a cross-section of three long straight current-carrying wires. Notice we are using the common convention that crosses denote vectors going into the page and dots denote vectors coming out](https://homework.study.com/cimages/multimages/16/67988248865801491420566824.png)
The figure shows a cross-section of three long straight current-carrying wires. Notice we are using the common convention that crosses denote vectors going into the page and dots denote vectors coming out
What is the formula for calculating the cross-sectional area of an electrical wire for a certain ampere? - Quora
![Village Electrification: Part 6: Distribution systems: 2. Three phase low voltage lines in small isolated grids Village Electrification: Part 6: Distribution systems: 2. Three phase low voltage lines in small isolated grids](https://www.nzdl.org/gsdl/collect/hdl/index/assoc/HASH01a4/19b0834c.dir/p065a.png)
Village Electrification: Part 6: Distribution systems: 2. Three phase low voltage lines in small isolated grids
How to convert cable's diameter/cross sectional area - mm and mm^2 to RM (round conductor Multiple wire) and determine the rated current ? | ResearchGate
![electricity - Does current density from a wire same in smaller cross section? - Physics Stack Exchange electricity - Does current density from a wire same in smaller cross section? - Physics Stack Exchange](https://i.stack.imgur.com/zGunG.jpg)
electricity - Does current density from a wire same in smaller cross section? - Physics Stack Exchange
![The current in a copper wire having cross sectional area 2 mm Given E = 8.5 x10-3 V/m, p= 1.7 x 10-8 12-m (3) 2 A (4) 4 A (1) 1 A (2) 3 A nmf (a) when Ammeter read The current in a copper wire having cross sectional area 2 mm Given E = 8.5 x10-3 V/m, p= 1.7 x 10-8 12-m (3) 2 A (4) 4 A (1) 1 A (2) 3 A nmf (a) when Ammeter read](https://toppr-doubts-media.s3.amazonaws.com/images/2092981/1d4fc390-1221-473f-8b7a-d9da0befdad3.jpg)
The current in a copper wire having cross sectional area 2 mm Given E = 8.5 x10-3 V/m, p= 1.7 x 10-8 12-m (3) 2 A (4) 4 A (1) 1 A (2) 3 A nmf (a) when Ammeter read
![A uniform copper wire of length 1m and cross -sectional area 510-7m2 carries a current of 1A. Assuming that there are 81028 electrons per m3 in copper ,how long will an electron A uniform copper wire of length 1m and cross -sectional area 510-7m2 carries a current of 1A. Assuming that there are 81028 electrons per m3 in copper ,how long will an electron](https://toppr-doubts-media.s3.amazonaws.com/images/4866555/5981ad3e-6161-48b0-af82-a22f41cd8596.jpg)
A uniform copper wire of length 1m and cross -sectional area 510-7m2 carries a current of 1A. Assuming that there are 81028 electrons per m3 in copper ,how long will an electron
![Village Electrification: Part 3: Electrical control systems: 1. Fundamental principles of electrical control systems Village Electrification: Part 3: Electrical control systems: 1. Fundamental principles of electrical control systems](https://www.nzdl.org/gsdl/collect/hdl/index/assoc/HASH01a4/19b0834c.dir/p030b.png)
Village Electrification: Part 3: Electrical control systems: 1. Fundamental principles of electrical control systems
![A wire has non-uniform cross-section as shown in figure. A steady current flows through it. The drift speed of electrons at points P and Q is\\[{{v}_{P}}\\] and\\[{{v}_{Q}}\\].\n \n \n \n \n A wire has non-uniform cross-section as shown in figure. A steady current flows through it. The drift speed of electrons at points P and Q is\\[{{v}_{P}}\\] and\\[{{v}_{Q}}\\].\n \n \n \n \n](https://www.vedantu.com/question-sets/b7a381f6-229a-43aa-a1d7-7d1364857c733837838383498527916.png)