Answer:
Step-by-step explanation:
If pressure was determined using the forearm or lower leg, we would expect to see different values for pressure in these two locations. This is because the two locations have different anatomical and physiological characteristics that can affect the measurement of pressure.
The forearm is closer to the heart and has a higher arterial pressure than the lower leg, which is farther away from the heart and has a lower arterial pressure. The difference in arterial pressure can lead to different readings of pressure in the forearm and lower leg. Additionally, the composition of tissue, such as muscle and bone, differs between the forearm and lower leg, which can also affect the measurement of pressure. For example, the lower leg has a larger proportion of muscle and bone, which may compress more easily than the soft tissue in the forearm, leading to lower pressure readings.
Another factor that can affect the measurement of pressure is the size of the limb being measured. A larger limb, such as the thigh, would have a larger surface area and more tissue to compress than a smaller limb, such as the forearm, which can also affect pressure measurements.
Therefore, if pressure was determined using the forearm or lower leg, we would expect to see different values for pressure in these two locations due to differences in arterial pressure, tissue composition, and limb size. It is important to use appropriate anatomical landmarks and positioning to ensure accurate and consistent measurement of pressure.