Final answer:
The equation p = 20sin(2πt) + 100 models the blood pressure as a sinusoidal waveform with an oscillation range of 20 units and a constant offset of 100 units.
Step-by-step explanation:
The equation p = 20sin(2πt) + 100 models the blood pressure, where t represents time in seconds.
In this equation, the term 20sin(2πt) represents the oscillation of the blood pressure with a maximum amplitude of 20 and a period of 1 second. The term +100 adds a constant offset to the oscillation, shifting the blood pressure up by 100 units.
So, the equation models the blood pressure as a sinusoidal waveform with an oscillation range of 20 units and a constant offset of 100 units.