Letters for Digits

Priya plays a number game and follows the below steps.

Step 1: Choose a two-digit number between $20$and $100$.

Step 2: Add digits together.

Step 3: Subtract the sum from the original number.

Which of the following statement is true of the resultant number in step $3$?

What can be the value of $P+Q+R$ in the given case, given that $P, Q$ and $R$ are single digits numbers?

$\begin{array}{cccc}& P& Q& R\\ & P& Q& R\\ +& P& Q& R\\ & R& R& R\end{array}$

In $5A1-23A=325$, $5A1$ and $23A$ are three digit numbers, then the value of $A$ is

Find the missing digit (or algebraic digit) in the following questions

$\begin{array}{cccc}& 6& 7& 2\\ -& 2& x& 5\\ & x& 8& 7\end{array}$

Find the missing digit (or algebraic digit) in the following questions-

$\begin{array}{cccc}& 7& 2& x\\ +& 6& x& 9\\ +& x& 1& 8\\ 1& 7& 0& 2\end{array}$

Find the missing digit (or algebraic digit) in the following questions
$\begin{array}{cccc}& 8& 8& x\\ +& 9& 0& 5\\ +& x& 1& 2\\ 2& 4& 0& 0\end{array}$

Find the missing digit (or algebraic digit) in the following question-

$\begin{array}{r}2\square \\ + \square 8\\ + 95\\ 186\end{array}$

Determine the numerical value of $x$ in the following division operation:

$27x224...x$

If $AB+7C=102$, where $B\ne 0, C\ne 0,$ then $A+B+C=?$

Find the value of $\mathrm{A}$: $107-\mathrm{A}9=1\mathrm{A}$

Find the value of $\mathrm{A}$: $\mathrm{A}36-1\mathrm{A}4=742$

If $1AB+CCA=697$ and there is no carry over in addition, then find the value of $\left(A+B+C\right)$.

Fill in the empty spaces with appropriate numbers.

 $8\times x0$

$x=$_____

Determine the numerical value of $x$ in the following division operation:

$2\boxed{x}4110...2$

If the three digit number $42x$ is divisible by $9$ then find the value of $x$.

Find the numerical value of $x$ in the following question :

$$\begin{gathered} \boxed{x}\left)36\right(6 \\ \underline{ ....} \\ \underline{ 0 } \end{gathered}$$

Determine the numerical value of $x$ in the following division operation:

$\boxed{x}15105..0$

Determine the numerical value of $x$ in the following division operation:

$\boxed{x}4582..12$

Find the numerical value of $x$ in the following question :

$$\begin{gathered} 7 3 2 \\ \underline{-2 \boxed{x} 7} \\ \underline{ 4 4 5} \end{gathered}$$

Find the numerical value ​​of the algebraic number in the following multiplication operations:

$4\boxed{x}\times 381596$