Tag: 5-digit numbers

Determine the number which are not in general form?

Find the number for the generalised form: $3 \times 100 + 0 \times 10 + 0$

If $P = EI $ and $E = IR, P =$
1) $I^2R$
2) $\frac{I}{2}$
3) $E^2R$
4) $\dfrac{E^2}{R}$

The general form of $302$ is

In the formula $T = 2\pi \sqrt{\dfrac{L}{g}}, \pi$ and $g$ are constants. If we solve the formula for $L$

Ninety million ninety thousand ninety is _______ .

If a new number is formed by interchanging the tens and thousands place digits of $8727$, then what is the relation between them?

$2+(8\times 0.1)+(6\times 0.01)+(4\times 0.001)=$.

In a two digit number, if number in units place is $8$ and number in tens place is $y$ then that number is __________.

 If $f:\left[ {1,10} \right] \to \left[ {1,10}
\right]$ is a non-decreasing function and $g:\left[ {1,10} \right] \to \left[
{1,10} \right]$ is a non-increasing function. Let $h\left( x \right) =
f\left( {g\left( x \right)} \right)$ with $h\left( 1 \right) = 1$, then $h\left(
2 \right)$