Home
Class 10
PHYSICS
Judge the equivalent resistance when the...

Judge the equivalent resistance when the following are connected in parallel: 1`Omega` and `10^6 Omega`

Answer

Step by step text solution for Judge the equivalent resistance when the following are connected in parallel: 1Omega and 10^6 Omega by PHYSICS experts to help you in doubts & scoring excellent marks in Class 10 exams.

Doubtnut Promotions Banner Mobile Dark
|

Topper's Solved these Questions

  • LIGHT:REFLECTION AND REFRACTION

    MBD|Exercise EXAMPLE|150 Videos

Similar Questions

Explore conceptually related problems

Judge the equivalent resistance when the following are connected in parallel- 1Omega and 10^(6)Omega

Judge the equivalent resistance when the following are connected in parallel: 1 Omega and 10^3Omega and 10^6 Omega

Judge the equivalent resistance when the following re are connected in parallel : (a) 1 Omega and 10^6 Omega (b) 1 Omega and 10^4 Omega and 10^3 Omega .

Judge the equivalent resitance when the following are connected in parallel 1 ohm and 10^4 ohm

Judge the equivalent resistance when the owing are connected in parallel- 1Omega , 10^(3)Omega and 10^(6) Omega .

With the help of a diagram derive the formula for the equivalent resistance of three resistances connected in parallels?

A set of n identical resistors, each of resistance R Omega, when connected in series have an effective resistance X Omega and when the resistors are connected in parallel, their effective resistance is Y Omega. Find the relation between R, X and Y.

Two resistances when connected in series give a resistance of 9Omega and when connected in parallel gives a resistance of 2Omega . Calculate the value of each resistance .

Two resistances when connected in series give a resistance of 9 12 and when connected in parallel give a resistance of 2Omega . Calculate the value of each resistance.

Two resistances when connected in series give a resistance of 9Q and when connected in parallel gives a resistance of 2Omega .Calculate the.value of each resistance.