![If there are 10^18 electrons flowing across any cross sections of a wire in 2min , what is the potential - Brainly.in If there are 10^18 electrons flowing across any cross sections of a wire in 2min , what is the potential - Brainly.in](https://hi-static.z-dn.net/files/d0d/3ff0f9d300975d237927f0e58365e849.png)
If there are 10^18 electrons flowing across any cross sections of a wire in 2min , what is the potential - Brainly.in
![A source of constant potential difference is connected across a conductor having irregular cross - section as shown in figure. Then : - A source of constant potential difference is connected across a conductor having irregular cross - section as shown in figure. Then : -](https://toppr-doubts-media.s3.amazonaws.com/images/5187548/69f89bc7-1066-4a81-830b-197b2366e358.jpg)
A source of constant potential difference is connected across a conductor having irregular cross - section as shown in figure. Then : -
Cross sectional and Difference-In-Difference Regressions of the effect... | Download Scientific Diagram
![How to Use Our Cross-Group Category to Foster the Development of Friendships Across Racial/Cultural Difference - Diverse BookFinder How to Use Our Cross-Group Category to Foster the Development of Friendships Across Racial/Cultural Difference - Diverse BookFinder](https://diversebookfinder.org/wp-content/uploads/2018/08/Crossgroupscreenshot-600x375.png)
How to Use Our Cross-Group Category to Foster the Development of Friendships Across Racial/Cultural Difference - Diverse BookFinder
![The temperature difference of 120^oC is maintained between two ends of a uniform rod AB of length 2L . Another bent rod PQ , of same cross - section as AB and The temperature difference of 120^oC is maintained between two ends of a uniform rod AB of length 2L . Another bent rod PQ , of same cross - section as AB and](https://d1hj4to4g9ba46.cloudfront.net/questions/1330217_33890ad41bb544d7998993423d1662ac.png)
The temperature difference of 120^oC is maintained between two ends of a uniform rod AB of length 2L . Another bent rod PQ , of same cross - section as AB and
![A metal rod of square crosssectional area Ahaving length l has current I flowing through it when a potential difference of V volt is applied across its ends figure I Now the A metal rod of square crosssectional area Ahaving length l has current I flowing through it when a potential difference of V volt is applied across its ends figure I Now the](https://content-grail-production.s3.amazonaws.com/quetsion-media/9753c064-c19a-4f61-a846-16bb09f6f81e-7656576_363.png)
A metal rod of square crosssectional area Ahaving length l has current I flowing through it when a potential difference of V volt is applied across its ends figure I Now the
![SOLVED: A potential difference of 2.0 V is applied across wire Of cross-sectional area 2.5 mm? The current which passes through the wire is 3.2x 10-3A. What is the resistance of the SOLVED: A potential difference of 2.0 V is applied across wire Of cross-sectional area 2.5 mm? The current which passes through the wire is 3.2x 10-3A. What is the resistance of the](https://cdn.numerade.com/ask_images/6da15f7ffb314a078ebac8fafd247012.jpg)
SOLVED: A potential difference of 2.0 V is applied across wire Of cross-sectional area 2.5 mm? The current which passes through the wire is 3.2x 10-3A. What is the resistance of the
![A temperature difference of 120 ∘C is maintained between two ends of a uniform rod AB of length 2L. Another bent rod PQ, of same cross section as AB and length 3L2, A temperature difference of 120 ∘C is maintained between two ends of a uniform rod AB of length 2L. Another bent rod PQ, of same cross section as AB and length 3L2,](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1523199/original_18.png)
A temperature difference of 120 ∘C is maintained between two ends of a uniform rod AB of length 2L. Another bent rod PQ, of same cross section as AB and length 3L2,
![Crossflow or Counterflow? Choosing a Cooling Tower for Your Application | Chiller & Cooling Best Practices Crossflow or Counterflow? Choosing a Cooling Tower for Your Application | Chiller & Cooling Best Practices](https://coolingbestpractices.com/sites/default/files/Figure%202Crossflow%20%26%20Counterflow-Vert.jpg)