Final answer:
Bhupinder's rate pressure product, which is an index of myocardial oxygen demand, is calculated by multiplying his systolic blood pressure (160 mm Hg) by his heart rate (155 beats per minute), resulting in a rate pressure product of 24,800 mm Hg×beats/minute.
Step-by-step explanation:
The rate pressure product (RPP), also known as the double product, is a clinical index of myocardial oxygen demand. It is calculated by multiplying the systolic blood pressure by the heart rate. In Bhupinder's case, his exercising blood pressure is 160/88 mm Hg, and his heart rate is 155 beats per minute. Thus, his rate pressure product would be:
- Systolic Blood Pressure: 160 mm Hg
- Heart Rate: 155 beats per minute
RPP = Systolic Blood Pressure × Heart Rate
RPP = 160 mm Hg × 155 beats/minute
Therefore, Bhupinder's rate pressure product is 24,800 mm Hg×beats/minute.