If the sum and the given number are equal, the number is a mystery.Again, convert the string (reverse) into an integer.Convert the given number N into String.We have to find 81 Steps to Find Mystery Number For example:Įxample 1: Find the mystery number between 81 and 95 that contains 0 at the unit place. We can get problems based on mystery numbers. Similarly, we can check other numbers also. Putting the values of X and Y in the above equation. Let' see some examples based on the above equation. Here, X and Y can be replaced by any whole number such that and (as a condition is given in two-digit numbers). After interchanging the place of the unit and tens digit, we get 10Y+X.

Suppose, y is a unit digit and X is a tens digit. Sometimes, we get it in the form of a question, as follows:Ī number is split into two '2-digit' numbers in such a way that its unit and tens digits are interchanged. It is called mystery numbers because these are the multiples of 11, and the sum of place values of unit (1) and tens (10) place is 11 in decimal numeration. Note that these two numbers must be reverse of each other. Mystery NumberĪ number N is said to be a mystery number if the number can be expressed by the sum of two numbers. The mystery number program frequently asked in Java coding tests and academics. Be transported into Sherlock Holmes’ London to solve a crime in a world filled with innovation and experimentation – and just receiving its introduction to his ground-breaking methods.In this section, we will learn what is a mystery number and also create Java programs to check if the given number is a mystery number or not. Sherlock Holmes: The Exhibition features original manuscripts and period artifacts, investigative tools influenced and used by Sherlock Holmes, and interactive crime-solving opportunities. His practices and techniques, created in the mind of doctor-turned-author Conan Doyle, changed the way police work was conducted and remain in practice today. Learn how Sherlock Holmes, a scientific expert ahead of his time, used seemingly trivial observations of clues others missed to solve some of his era’s most mysterious crimes. The exhibition features detailed stage sets, elaborate Victorian-style exhibits and interactive evidence stations that appeal to dedicated Sherlock enthusiasts, the merely curious and families with children who enjoy playing detective.

This interactive experience will delight audiences of all ages as it showcases areas of forensic science that enabled Sherlock Holmes to solve crimes, and brings to life the historic underpinnings of author Sir Arthur Conan Doyle’s rich and vibrant stories.

The mysterious method