In the circuit shown, voltmeter is ideal...

In the circuit shown, voltmeter is ideal and its least count is 0.1 V. The least count of ammeter is 1 mA. Let reading of the voltmeter be `30.0 V` and the reading of ammeter is `0.020 A`. Calculate the value of resistance R within error limits.

`(1.5 +- 0.05)k Omega`

`(!.2 +- 0.05)kOmega`

`(1.2 ± 0.08) kOmega`

`(1.5 +- 0.08) k Omega`

Text Solution

Verified by Experts

Topper's Solved these Questions

PHYSICAL WORLD, UNITS & DIMENSION
DISHA|Exercise Physics|30 Videos
RAY OPTICS
DISHA|Exercise physics|74 Videos

Similar Questions

Explore conceptually related problems

In the circuit shown, voltmeter is ideal and its least count is 0.1 V. The least count of ammeter is 1 mA. Reading of the voltmeter be 30.0 V and the reading of ammeter is 0.020 A. We shell calculate the value of resistance R within error limits.

In the given circuit the readings of the voltmeter V_(1) and the ammeter A are .

The voltmeter V in the figure. Reads 117V and the ammeter A reads 0*13A . The resistance of the voltmeter is 9000Omega and the resistance of ammeter is 0*015Omega . Compute (i) the resistance R, (ii) the power input to R.

If the voltmeter reads 0.2 V and the ammeter reads 0.101A, the resistance of the voltmeter is (in ohm)

In the circuit shown below, the ammeter A reads 5 A and the voltmeter V reads 20 V The correct value of resistance R is

A circuit is shown in the figure. The ratio of readings of ideal voltmeter to reading of ideal ammeter is

In the given circuit, the ratio of voltmeter reading to the ammeter reading is R' . If resistance of ammeter is RA and that of voltmeter RV , then

In given figure an ammeter reads 5 A and voltmeter reads 40 V. The actual value of resistance R is

In the circuit figure, the voltmeter reads 30 V. The resistance of the voltmeter is

In the adjacent circuit the ammeter reads 5.0 A and voltmeter reads 20V. The value of resistance R is

DISHA-PRACTICAL PHYSICS-Physics

Of the diodes shown in the following diagrams, which one is reverse bi...
Text Solution
|
To determine the equivalent resistance of two resistors when connected...
Text Solution
|
In the circuit shown, voltmeter is ideal and its least count is 0.1 V....
Text Solution
|
In an experiment to measure the focal length of a concave mirror. If w...
Text Solution
|
In an experiment to determine an unknown resistance, a 100 cm long ret...
Text Solution
|
In an experiment to determine the focal length (f) of a concave mirror...
Text Solution
|
If the wire in the experiment to determine the resistivity of a materi...
Text Solution
|
Consider a block of conducting material of resistivity 'rho' shown in ...
Text Solution
|
Consider a block of conducting material of resistivity 'rho' shown in ...
Text Solution
|
On cm on the main scale of vernier callipers is divided into ten equal...
Text Solution
|
The shape of stress vs strain graph within elastic limit is :
Text Solution
|
In a vernier calliper, N divisions of vernier scale coincide with (N-1...
Text Solution
|
In an experiment for measurement of young's modulus, following reading...
Text Solution
|
The least count of a spherometer is given by
Text Solution
|
Which principle is involved in the experiment to determine the specifi...
Text Solution
|
Two full turns of the circular scale of a screw gauge cover a distance...
Text Solution
|
in an experiment the angles are required to be using an instrument, 29...
Text Solution
|
In a screw gauge, the zero of mainscale coincides with fifth division ...
Text Solution
|
A student performs an experiment an for determination of g(=(4pi^(2)l)...
Text Solution
|
A student performs an experiment to determine the Young's modulus of a...
Text Solution
|