Which function is involved in the awareness of force applied to the skin?

The sensation of touch is the correct choice when it comes to the awareness of force applied to the skin. This function involves the detection of tactile stimuli, including pressure, which allows individuals to perceive how much force is being exerted on their skin. Sensation of touch is essential for understanding the environment around us and plays a significant role in daily activities; it informs us about the texture, shape, and weight of objects we interact with.

In contrast, vestibular function relates to balance and spatial orientation rather than the perception of force directly on the skin. Joint mobility focuses on the range of motion within joints and does not directly pertain to the awareness of force on the skin. Proprioception refers to the sense of body position and movement, contributing to awareness of joint angles and bodily posture rather than the force against the skin itself. Therefore, the sensation of touch is specifically tied to the perception of force applied to the skin, making it the most relevant option in this context.