The magnitude of current flowing between two end points of a conductor is propor

Question

The magnitude of current flowing between two end points of a conductor is proportional to the potential difference between them and is called as:

Options:

A . Avogadro's law

B . Rault's law

C . Ohms law

D . Faraday's law

Answer: Option C

Submit Your Solution Below and Earn Points !

Next Question

More Questions on This Topic :

Question 1. What is the SI unit of electric current?....

Question 2. The rate of flow of electric charge is measured in....

Question 3. A device which is used to limit the current in an electrical circuit is called a....

Question 4. If the current flowing through a circuit is 0.6 A for 6 mins, the amount of electric charge flowing through it is ______....the amount of electric charge flowing through it is ________

Question 5. Materials that allow electricity to flow are called....

Question 6. The fundamental scientific principle in the operation of battery is....

Question 7. Ohm's law is valid in case of....

Question 8. Electrical burns occur principally because of....

Question 9. The SI unit of resistance is:....

Question 10. Electrical Energy is the energy of....

Chapter 1 - GLOBAL STEEL SCENARIO & INDIAN STEEL INDUSTRY Part 1 : (13-04-2024) INDUSTRY AND COMPANY AWARENESS (ICA)

Direction Sense Test Part 1 Reasoning (Hindi)

Chapter 1 - RMHP / OHP / OB & BP Part 1 : (14-02-2024) GPOE

Cube & Cuboid Part 1 Reasoning (Hindi)

Data Interpretation (DI) Basic Concept Reasoning (Hindi)

Counting Figures Part 1 Counting Of Straight Lines Reasoning (Hindi)

Sail E0 free webinar Webinars

Real Numbers Part 7 Class 10 Maths

Real Numbers Part 1 Class 10 Maths

Polynomials Part 1 Class 10 Maths

Pie Chart - Test Paper 1 Data Interpretation Reasoning & DI

Tabulation - Test Paper 2 Data Interpretation Reasoning & DI

Test Paper 1 Direction Sense Test Reasoning & DI

ICA , RDIC,GFM Free Modal Test Paper - Non - Technical Branch Old Syllabus 2022 - SAIL Junior Officer E0

GFM Combined 1 Free Revision Test SAIL JO E-0