Final answer:
Dense regular fibrous tissue, with its parallel collagen fiber arrangement, is found in tendons and ligaments but not in bones, which consist of a rigid, mineralized matrix designed to handle compressive forces. Skin contains dense connective tissue of the irregular type to withstand multidirectional stresses.
Step-by-step explanation:
Dense regular fibrous connective tissue is specialized for resisting forces in one direction and is characterized by densely packed parallel collagen fibers. This type of tissue is found in structures such as tendons, which connect muscles to bones, and ligaments, which connect bones to other bones; however, not all fibers in ligaments are parallel. On the other hand, bones do not contain dense regular fibrous tissue. Instead, bones are comprised of a rigid, mineralized matrix containing calcium salts and osteocytes. Therefore, dense regular fibrous connective tissue is absent in bones.
In contrast, skin does have dense connective tissue, but it is the irregular type, which has fibers running in multiple directions to allow for strength in various directions due to the different types of stresses skin encounters.
Consequently, the correct final answer is that dense regular fibrous tissue is not found in bones. This statement is justified by the dense and organized structure of collagen fibers required for the formation of tendons and ligaments, as opposed to the rigid composition of bone, which necessitates a different type of tissue experienced in handling compressive forces.