Question
Download Solution PDFWhich of the following is the SI-derived unit for measuring electric conductance?
Answer (Detailed Solution Below)
Detailed Solution
Download Solution PDFThe correct answer is Siemens.
Key Points
- Siemens is the SI unit for measuring electric conductance.
- Siemens per unit is the unit of electrical conductivity.
- Mho is also known as siemens.
- The reciprocal of ohm is siemens.
- The reciprocal of resistance is siemens.
- In the 14th general conference on weights and measures, the unit of conductance known as siemens was adopted.
- The unit was named after Earner won Siemens.
- The ratio of current density to the electric field strength gives the value of electrical conductivity.
- If the conductivity of a substance is higher, then the resistance of that substance will be lower and the flow of electric current will be smoother.
- The ability of electrons or charge carriers decides the value of electrical conductivity.
Additional Information
- Henry is the SI-derived unit of electrical inductance.
- Farad is the SI-derived unit of electrical capacitance.
- Tesla is a unit of the magnetic induction.
Last updated on Jun 3, 2025
-> The Staff Selection Commission has officially released the SSC Selection Post Phase 13 Notification 2025 on its official website at ssc.gov.in.
-> A total number of 2423 Vacancies have been announced for various selection posts under Government of India.
-> The Computer Based Exam is scheduled from 24th July to 4th August, 2025. Candidates will be able to apply online from 2nd June 2025 to 23rd June 2025.
-> The SSC Selection Post Phase 13 exam is conducted for recruitment to posts of Matriculation, Higher Secondary, and Graduate Levels.
-> The selection process includes a CBT and Document Verification.
-> Some of the posts offered through this exam include Laboratory Assistant, Deputy Ranger, Upper Division Clerk (UDC), and more.
-> Enhance your exam preparation with the SSC Selection Post Previous Year Papers & SSC Selection Post Mock Tests for practice & revision.