The image shows a math problem related to finding the distance from point $C$ to the plane $BDG$. The steps outlined in the image are structured as follows:

1. Draw the 3D shape shown in the diagram (a cuboid or rectangular prism).
2. Determine relevant lines that will assist in solving the problem (particularly those related to the plane and the point).
3. Calculate the length of the line that is involved in determining the distance (likely perpendicular from $C$ to the plane $BDG$).
4. Find the relationship of the length from step 3 to get the final distance from point $C$ to the plane $BDG$.

To solve the problem, the steps suggest focusing on geometry and using perpendicular distances in three-dimensional space.

Would you like a detailed explanation on how to compute the distance from point $C$ to the plane $BDG$ based on the given diagram?

Here are 5 related questions to expand your understanding:

1. How do you find the equation of a plane given three points, such as $B$, $D$, and $G$?
2. What is the formula for finding the perpendicular distance from a point to a plane?
3. How can you verify if a point lies on a given plane?
4. What is the role of vector projection in finding distances in three-dimensional geometry?
5. Can we use coordinate geometry to solve this problem more efficiently?

Tip: When solving problems involving planes and distances in 3D, always make sure to visualize the perpendicular line from the point to the plane, as that will give the shortest distance.