When We Determine the Angular Resolution of an Interferometric Array $\theta$

question 58

Multiple Choice

When we determine the angular resolution of an interferometric array of radio telescopes using the formula $\theta$$\infty$ $\lambda$ /D, the variable D stands for the

• A) diameter of the telescopes.
• B) separation between the telescopes.
• C) magnification of the telescopes.
• D) number of telescopes.
• E) focal length of the telescopes.

Recognize valid mathematical forms of constraints in linear programming problems.

Understand the concept of the optimal solution, including its determination and its location within the feasible region.

Grasp the application of linear programming in practical scenarios such as product mix, resource allocation, and minimization or maximization problems.

Familiarize with the iso-profit line solution method and its application to maximize the objective function in linear programming.