A current of 2.34 A flows in resistance of 11.111111 Ω . The potential difference across the given resistance with due regard for the significant figure is

Question

A current of 2.34 A flows in resistance of 11.111111 Ω . The potential difference across the given resistance with due regard for the significant figure is (A) 26.000V (B) 26.00V (C) 26.0V (D) 26V

Tardigrade Admin · Accepted Answer

V=2.34× 11.11111 volt =26.0 volt. [Because the final result should contain three significant figure. Why three because out of two multiplying data least number of significant number is three which is in 2.34]

Q. A current of $2.34 A$ flows in resistance of $11.111111$ $Ω$ . The potential difference across the given resistance with due regard for the significant figure is

$26.000 V$

$26.00 V$

$26.0 V$

$26 V$

$V = 2.34 \times 11.11111$ volt $= 26.0$ volt.
[Because the final result should contain three significant figure.
Why three because out of two multiplying data least number of significant number is three which is in 2.34]

Q. A current of 2.34A flows in resistance of 11.111111 Ω . The potential difference across the given resistance with due regard for the significant figure is

26.000V

26.00V

26.0V

26V