Final answer:
Maximum air circulation is not a factor leading to the cracking of compound joints in veneer plaster finishing; instead, rapid drying and possible shrinkage contribute to such damage.
Step-by-step explanation:
The question asks which factors will not lead to cracking of compound joints in veneer plaster finishing. The options provided are maximum air circulation (A), rapid drying (B), and possible shrinkage (C), with option D suggesting all the above factors could cause cracking. However, maximum air circulation (A) is not typically a cause of cracking. Instead, factors like rapid drying (B) and possible shrinkage (C) can lead to such damage. Similar concepts are observed in various materials and structures where thermal expansion and contraction, as well as rapid temperature changes, can cause physical stress and damage. For example, roadways without sufficient expansion joints may buckle on hot days, and plaster walls can develop cracks as they warm and cool.