Microsoft Dynamics Development, Extensions, and Deployment (MB6-894) 2025 – 400 Free Practice Questions to Pass the Exam

The correct answer outlines the sequence of operator precedence in X++. Understanding operator precedence is crucial for ensuring that expressions are evaluated in the intended order, which directly influences the outcome of calculations and logical evaluations in your code.

In X++, the order of precedence starts with unary operators, which are applied first, followed by multiplicative operators (such as multiplication and division), then additive operators (such as addition and subtraction), followed by relational operators (which compare values), and finally logical operators (which perform logical operations like AND, OR, NOT).

This hierarchy means that when an expression consists of multiple types of operators, X++ evaluates them from the top of this list to the bottom, ensuring that operations within this scheme are performed in the correct sequence. This understanding is pivotal for writing accurate and effective X++ code, as it affects how complex expressions are interpreted and executed.

The other options do not correctly represent the standard operator precedence in X++. Each presents a different order that does not align with how X++ evaluates expressions, thereby misrepresenting the logical flow of operations that a developer would expect when writing or reading the code.