Select the correct combination of mathematical signs to sequentially replace the * signs and to balance the given equation.
26 * 52 * 38 * 57 * 23 = 53

Given: 26 * 52 * 38 * 57 * 23 = 53

Concept: interchange mathematical operators and solve as per BODMAS rule.

​$$\begin{array}{|c|c|} \hline\textbf{Operation preference wise} & \textbf{Symbol} \\\hline\text{Brackets} &[],{}, () \\ \hline \text{Orders, of} & (power), √ (root) , of \\ \hline \text{Division}& ÷ \\ \hline \text{Multiplication} & × \\ \hline \text{Addition} & + \\ \hline \text{Subtraction} & - \\\hline\end{array}$$​​

26 * 52 * 38 * 57 * 23 = 53

After interchanging,

26 + 52 × 38 - 57 ÷ 23 = 53

Here, 57 is perfectly not divisible by 23.

​So, its not correct option.

26 * 52 * 38 * 57 * 23 = 53

After interchanging,

26 ÷ 52 × 38 + 57 - 23 = 53

Or, 19 + 34 = 53

Or, 53=53

So, its correct option.

26 * 52 * 38 * 57 * 23 = 53

After interchanging,

26 × 52 ÷ 38 + 57 - 23 = 53

Here, 52 is perfectly not divisible by 38.

​So, its not correct option.

26 * 52 * 38 * 57 * 23 = 53

After interchanging,

26 - 52 × 38 ÷ 57 - 23 = 53

Here, 38 is perfectly not divisible by 57.

​So, its not correct option.

Thus, option B is correct.​​