Book of Ezekiel - Chapter 40 - Verse 13

When analyzing the verse "He measured then the gate from the roof of one little chamber to the roof of another: the breadth was five and twenty cubits, door against door," we see that it describes the detailed measurements of a gate within a structure. The mention of the "little chamber" and the specific measurement of twenty-five cubits highlights the meticulous attention to detail in the construction of the gate. This verse is important in understanding the architectural aspects of the structure being described. It gives readers a sense of the scale and precision involved in the construction of gates during biblical times. By providing these specific measurements, the verse immerses readers in the intricate design and layout of the gate. It serves as a reminder of the care and craftsmanship that went into building structures in ancient times, emphasizing the importance of precision and accuracy in the construction process. Overall, this verse offers readers insight into the architectural practices of the time and adds depth to the description of the gate within the larger context of the biblical narrative.

In this verse from the book of Ezekiel, the measurement of the gate is described in detail. The dimensions of the gate are significant in the context of the overall vision that Ezekiel is recounting. The gate symbolizes the entrance or access point to a sacred or divine space, reflecting the importance of proper measurement and exactness in the construction of such a space. The use of the number twenty-five, a multiple of five, may also have symbolic significance, as the number five is often associated with God's grace and goodness in biblical numerology. Additionally, the alignment of the doors facing each other may suggest a sense of balance and symmetry in the design, emphasizing the idea of order and harmony in the divine realm. Overall, this verse highlights the meticulous attention to detail in the description of the gate, underscoring the sacred and symbolic nature of the measurements used in the vision.